201-300

MediaWare No: 160 File: ALFA_BRI-E Job: ALFA_BRI-E User: GV Page: 201 2-DEC-05 10:36:36 K

ABCDEFGHIJKLMNOPQRSTUVWXYZ

H

1603L(+)-Histidine’BAKER ANALYZED’ Biochemical

A NHCH:NCH:CCH2CH(NH2)COOH

M = 1 55. 16 g/mol

CAS NO. 7 1 -00- 1

EINECS 200-745-3

NC CODE 2933 29 90

Assay (dried basis) 98.5- 10 1 .5%

Arsenic (As) max. 0.0003%

Ash (sulfated) max. 0. 1%

Heavy Metals (as Pb) max. 0.002%

Iron (Fe) max. 0.003%

Loss on Drying at 105°C max. 0.2%

Specific Rotation [a] 25 (dried basis, c=1

in 6N HCl) +12.6° to +14.0°

PRODUCT PACKING CONT.

NO. BOX

1603.0025 25 g Glass

CL-Histidine MonohydrochlorideSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

CHomidium bromideSee Ethidium Bromide

CHPLC ColumnsSee for detailed information section Chromatography products, page 448

CHPLC Solvents and ReagentsSee for detailed information section HPLC Solvents and Reagents, page 64

7255Hyamine 16220.004 mol/l / ’BAKER ANALYZED’ / for determination of anionic tensides

CAS NO. 1 2 1 -54-0

EINECS 204-479-9

NC CODE 2923 90 00

Titer (mol/l) 0.0039-0.004 1 PRODUCT PACKING CONT.

NO. BOX

7255.1000 1 l 6

7255.2500 2.5 l

Volumetric Solution, ready for use.

8899HYDRA-POINT Buffer’BAKER ANALYZED’ / Buffer for stabilizing pH during Karl Fischer titration

1 l = 1 .0 kg

NC CODE 3822 00 00

UN/ID NO. 3286

ADR/RID 3 FTC

IMDG 3/I

R: 1 1 -23/24/25-34-39/23/24/25-63

S: 1 6-26-36/37/39-45-7/9

0F

highlyflammable

3T

toxic

Buffer capacity min. 5 mmol acid/ml PRODUCT PACKING CONT.

NO. BOX

8899.0500 500 ml 6

8899.1000 1 l 6

Contains: imidazole, sulfur dioxide, methanol.

8891HYDRA-POINT Composite 2’BAKER ANALYZED’ / Pyridine free one-component reagent for volumetric Karl Fischer titration

1 l = 1 . 1 kg

NC CODE 3822 00 00

UN/ID NO. 2922

ADR/RID 8 CT1

IMDG 8/III

R: 20-34-63

S: 26-36/37/39-45

1C

corrosive

To be used with HYDRA-POINT Methanol dryproduct no. 8898Titer (mg H2O/ml)1) min. 2.001) At time of lot release.


NO. BOX

8891.1000 1 l 6

8891.2500 2.5 l 4

Contains: imidazole, iodine, sulfur dioxide.

HYDRA

201



H

8890HYDRA-POINT Composite 5’BAKER ANALYZED’ / Pyridine free one-component reagent for volumetric Karl Fischer titration

1 l = 1 .2 kg

NC CODE 3822 00 00

UN/ID NO. 2922

ADR/RID 8 CT1

IMDG 8/III

R: 20-34-63

S: 26-36/37/39-45

1C

corrosive

To be used with HYDRA-POINT Methanol dryproduct no. 8898Titer (mg H2O/ml)1) min. 5.001) At time of lot release.


NO. BOX

8890.1000 1 l 6

8890.2500 2.5 l 4


8892HYDRA-POINT Composite 5K’BAKER ANALYZED’ / Pyridine free one-component reagent for volumetric Karl Fischer titration of ketones

NC CODE 3822 00 00

UN/ID NO. 1 760

ADR/RID 8 C9

IMDG 8/III

R: 20-34-63

S: 26-36/37/39-45

1C

corrosive

To be used with HYDRA-POINT Methanol dryproduct no. 8898Titer (mg H2O/ml) min. 5.00


NO. BOX

8892.1000 1 l 6

8892.2500 2.5 l 4


8862HYDRA-POINT Coulometric An’BAKER ANALYZED’ / Anolyte for coulometric Karl Fischer determinations with diafragm.

1 l = 1 .20 kg

FLASHPOINT a2 1 °C

NC CODE 3822 00 00

UN/ID NO. 3286

ADR/RID 3 FTC

IMDG 3/II

R: 1 1 -23/24/25-34-39-40

S: 26-36/37/39-45

0F

highlyflammable

3T

toxic

Suitability for coulometric Karl Fischer

titration passes test


NO. BOX

8862.0500 500 ml 6

Contains: methanol, imidazole, sulphur dioxide, iodine,

chloroform.

8863HYDRA-POINT Coulometric Cat’BAKER ANALYZED’ / Catholyte for coulometric Karl Fischer determinations with diafragm.

1 l = 0.98 kg

FLASHPOINT a2 1 °C

NC CODE 3822 00 00

UN/ID NO. 3286

ADR/RID 3 FTC

IMDG 3/II

R: 1 1 -23/24/25-34-39/23/24/25-40-

48/23-59-63

S: 26-36/37/39-45

oN

dangerousfor theenvironment

0F

highlyflammable

3T

toxic




NO. BOX

8863.0025 25 ml 6

Contains: methanol, imidazole, sulphur dioxide,

diethanolamine, tetrachloromethane.

HYDRA

202



H

8860HYDRA-POINT Coulometric Gen’BAKER ANALYZED’ / Halogen free reagent for coulometric Karl Fischer determinations without diafragm.

1 l = 0.98 kg

FLASHPOINT a2 1 °C

NC CODE 3822 00 00

UN/ID NO. 3286

ADR/RID 3 FTC

IMDG 3/II

R: 1 1 -23/24/25-34-39/23/24/25-63

S: 26-36/37/39-45

0F

highlyflammable

3T

toxic




NO. BOX

8860.0500 500 ml 6

Contains: methanol, 1 -hexanol, imidazole, sulphur

dioxide, iodide.

8861HYDRA-POINT Coulometric Oven’BAKER ANALYZED’ / Halogen free reagent for coulometric Karl Fischer determinations without diafragm.

1 l = 1 .04 kg

FLASHPOINT a2 1 °C

NC CODE 3822 00 00

UN/ID NO. 3286

ADR/RID 3 FTC

IMDG 3/II

R: 1 1 -23/24/25-34-39/23/24/25-63

S: 26-36/37/39-45

0F

highlyflammable

3T

toxic




NO. BOX

8861.0500 500 ml 6

Contains: methanol, imidazole, sulphur dioxide, iodine,

propylene glycol.

8898HYDRA-POINT Methanol Dry’BAKER ANALYZED’ / Dry methanol is a working medium for Karl Fischer titration

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 3822 00 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

To be used with HYDRA-POINT Composite 2product no. 8891 or HYDRA-POINT Composite 5product no. 8890Water (H2O) max. 0.0 1%


NO. BOX

8898.1000 1 l 6

8898.2500 2.5 l 4

8855HYDRA-POINT Solvent G’BAKER ANALYZED’ / Pyridine free solvent for volumetric Karl Fischer titration

1 l = 0.93 kg

FLASHPOINT 1 1 °C

NC CODE 3822 00 00

UN/ID NO. 1 992

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-36/38-39/23/24/25-

63

S: 1 6-26-36/37/39-45-7/9

0F

highlyflammable

3T

toxic

To be used with HYDRA-POINT Titrant 2 productno. 8845 or HYDRA-POINT Titrant 5 product no.8844Suitability for Karl Fischer titration passes test


NO. BOX

8855.1000 1 l 6

8855.2500 2.5 l 4

Contains: imidazole, sulfur dioxide, methanol.

HYDRA

203



H

8845HYDRA-POINT Titrant 2 mg H2O/ml’BAKER ANALYZED’ / Titrant for volumetric Karl Fischer titration

FLASHPOINT 1 1 °C

UN/ID NO. 1 992

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7/9

0F

highlyflammable

3T

toxic

To be used with HYDRA-POINT Solvent K productno. 8840 or HYDRA-POINT Solvent G product no.8855Titer (mg H2O/ml)1) min. 2.001) At time of lot release.


NO. BOX

8845.1000 1 l 6

8845.2500 2.5 l 4

Contains: methanol, iodine.

8844HYDRA-POINT Titrant 5 mg H2O/ml’BAKER ANALYZED’ / Titrant for volumetric Karl Fischer titration

FLASHPOINT 1 1 °C

NC CODE 3822 00 00

UN/ID NO. 1 992

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7/9

0F

highlyflammable

3T

toxic

To be used with HYDRA-POINT Solvent K productno. 8840 or HYDRA-POINT Solvent G product no.8855Titer (mg H2O/ml)1) min. 5.001) At time of lot release.


NO. BOX

8844.1000 1 l 6

8844.2500 2.5 l 4

Contains: methanol, iodine.

6010Hydrobromic Acid47-49% / ’BAKER ANALYZED’ / ACS

A HBr

M = 80.92 g/mol

1 l = 1 .49 kg

CAS NO. 1 0035- 10-6

EINECS 233- 1 13-0

NC CODE 28 1 1 1 9 10

EC NO. 35 002 0 1 8

UN/ID NO. 1 788

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45-7/9

1C

corrosive

Exceeds ACS SpecificationsAssay 47.0-49.0%

Chloride (Cl) max. 0.05%

Iodide (I) max. 0.003%

Phosphate (PO4) max. 0.00 1%

Residue after Ignition max. 0.002%

Sulfate and Sulfite (as SO4) max. 0.003%

Trace Impurities (in ppm):

Arsenic (As) max. 0.5

Heavy Metals (as Pb) max. 5

Iron (Fe) max. 1

Selenium (Se) max. 0.0 1


NO. BOX

6010.1000 1 l

6010.9200 200 l

HYDRA

204



H

6081Hydrochloric Acid37-38% (max. 5 ppb Hg) / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

1 l = 1 . 1 9 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Assay 37-38%

Ammonium (NH4) max. 3 ppm

Free Chlorine max. 0.5 ppm

Mercury (Hg) max. 5 ppb

Residue after Ignition max. 5 ppm

Sulfate (SO4) max. 1 ppm

Sulfite (SO3) max. 2 ppm


Aluminium (Al) max. 0.05


Barium (Ba) max. 0.02

Beryllium (Be) max. 0.0 1

Cadmium (Cd) max. 0.02

Calcium (Ca) max. 0. 1

Chromium (Cr) max. 0.05

Cobalt (Co) max. 0.0 1

Copper (Cu) max. 0.0 1

Germanium (Ge) max. 0. 1

Iron (Fe) max. 0.05

Lead (Pb) max. 0.05

Lithium (Li) max. 0.0 1

Magnesium (Mg) max. 0.05

Manganese (Mn) max. 0.0 1

Molybdenum (Mo) max. 0.02

Nickel (Ni) max. 0.05

Potassium (K) max. 0.05

Silver (Ag) max. 0.0 1

Sodium (Na) max. 0.05

Strontium (Sr) max. 0.0 1

Thallium (Tl) max. 0.05

Titanium (Ti) max. 0.05

Vanadium (V) max. 0.0 1

Zinc (Zn) max. 0.5

Zirconium (Zr) max. 0.05


NO. BOX

6081.1000 1 l 6

6081.2500 2.5 l 4

6081.2500PE 2.5 l HDPE 4

6081.9025 25 l

6081.9200 200 l

Hydro

205



H

6011Hydrochloric Acid37% / ’BAKER ANALYZED’ / ACS

A HCl

M = 36.46 g/mol

1 l = 1 . 1 9 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Meets ACS Specifications. Meets ReagentSpecifications for testing USP/NF monographsAssay 36.5-38.0%

Appearance passes test

Bromide (Br) max. 0.005%

Color (APHA) max. 10

Extractable Organic Substances max. 5 ppm

Free Chlorine max. 1 ppm


Specific Gravity at 60°/60°F 1 . 1 85- 1 . 1 92

Trace Impurities (in ppb):

Aluminium (Al) max. 100

Arsenic and Antimony (as As) max. 5

Boron (B) max. 50

Calcium (Ca) max. 200

Chromium (Cr) max. 100

Copper (Cu) max. 100

Gold (Au) max. 100


Iron (Fe) max. 100

Lead (Pb) max. 50

Magnesium (Mg) max. 300

Manganese (Mn) max. 300

Mercury (Hg) max. 5

Nickel (Ni) max. 100

Potassium (K) max. 300

Sodium (Na) max. 300

Tin (Sn) max. 300

Titanium (Ti) max. 300

Zinc (Zn) max. 100


Ammonium (NH4) max. 3

Phosphate (as PO4) max. 1

Sulfate (SO4) max. 0.5

Sulfite (SO3) max. 0.8


NO. BOX

6011.0500 500 ml 6

AHydrochloric Acid 37% MOS, VLSI GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

Hydro

206



H

9530Hydrochloric Acid36.5-38% / ’BAKER INSTRA-ANALYZED’ / for Trace Metal Analysis / ACS

A HCl

M = 36.46 g/mol

1 l = 1 . 1 9 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Meets ACS SpecificationsAssay (by acid-base titration) 36.5-38.0%


Bromide (Br) max. 0.005%


Extractable Organic Substances max. 5 ppm



Specific Gravity at 60°/60°F 1 . 1 85- 1 . 1 92




Barium (Ba) max. 1

Beryllium (Be) max. 1

Bismuth (Bi) max. 10

Boron (B) max. 20

Cadmium (Cd) max. 1



Cobalt (Co) max. 1

Copper (Cu) max. 1

Gallium (Ga) max. 1

Germanium (Ge) max. 3

Gold (Au) max. 4


Iron (Fe) max. 15

Lead (Pb) max. 1

Lithium (Li) max. 1



Mercury (Hg) max. 0.5

Molybdenum (Mo) max. 10

Nickel (Ni) max. 4

Niobium (Nb) max. 1


Selenium (Se) act. value reported

Silicon (Si) max. 100

Silver (Ag) max. 1


Strontium (Sr) max. 1

Tantalum (Ta) max. 1

Thallium (Tl) max. 5

Tin (Sn) max. 5


Vanadium (V) max. 1

Zinc (Zn) max. 5

Zirconium (Zr) max. 1



Phosphate (PO4) max. 0.05


Sulfite (SO3) max. 0.8


NO. BOX

9530.0500 500 ml 6

9530.2500 2.5 l 4

6012Hydrochloric Acid35-39% / ’BAKER’

A HCl

M = 36.46 g/mol

1 l = 1 . 1 9 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Assay 35.0-39.0%

Appearance of solution passes test


Heavy Metals (as Pb) max. 2 ppm

Identification passes test

Residue after Evaporation max. 0.0 1%

Sulfates (as SO4) max. 20 ppm


NO. BOX

6012.1000 1 l

6012.2500 2.5 l 4

6012.5000 5 l 4

6012.9025 25 l

Hydro

207



H

6900Hydrochloric Acid33-36% / ULTREX II Ultrapure Reagent

A HCl

M = 36.46 g/mol

1 l = 1 . 1 9 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Certificate Provided Reporting Actual Lot AnalysisAssay 33-36% (w/w)

Trace Impurities (in ppt) (pg/g):


Antimony (Sb) max. 20

Arsenic (As) max. 50

Barium (Ba) max. 10



Boron (B) max. 100

Cadmium (Cd) max. 10


Cerium (Ce) max. 10

Cesium (Cs) max. 10


Cobalt (Co) max. 10

Copper (Cu) max. 20

Dysprosium (Dy) max. 1

Erbium (Er) max. 1

Europium (Eu) max. 1

Gadolinium (Gd) max. 1

Gallium (Ga) max. 10

Gold (Au) max. 100

Hafnium (Hf) max. 10

Holmium (Ho) max. 1

Indium (In) max. 1

Iron (Fe) max. 20

Lanthanum (La) max. 1

Lead (Pb) max. 10

Lithium (Li) max. 10

Lutetium (Lu) max. 10



Mercury (Hg) max. 100


Neodymium (Nd) max. 1

Nickel (Ni) max. 50

Niobium (Nb) max. 1

Palladium (Pd) act. value reported

Platinum (Pt) act. value reported


Praseodymium (Pr) max. 1

Rhenium (Re) max. 10

Rhodium (Rh) max. 10

Rubidium (Rb) max. 10

Ruthenium (Ru) max. 10

Samarium (Sm) max. 1

Scandium (Sc) max. 10


Silver (Ag) max. 10

Sodium (Na) max. 10


Tantalum (Ta) act. value reported

Tellurium (Te) max. 1

Terbium (Tb) max. 1


Thorium (Th) max. 1

Thulium (Tm) max. 1

Tin (Sn) max. 20


Tungsten (W) max. 10

Uranium (U) max. 1

Vanadium (V) max. 10

Ytterbium (Yb) max. 1

Yttrium (Y) max. 1

Zinc (Zn) max. 20



NO. BOX

6900.0500 500 ml Fluoropolymer, pre-leached

6900.1000 1 l Fluoropolymer, pre-leached


Hydro

208



H

6070Hydrochloric Acid32% / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

1 l = 1 . 1 6 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Assay min. 32%








Arsenic (As) max. 0. 1

Barium (Ba) max. 0. 1

Beryllium (Be) max. 0. 1

Cadmium (Cd) max. 0. 1

Calcium (Ca) max. 0.5

Chromium (Cr) max. 0. 1

Cobalt (Co) max. 0. 1

Copper (Cu) max. 0. 1


Iron (Fe) max. 0.5

Lead (Pb) max. 0. 1

Lithium (Li) max. 0. 1


Manganese (Mn) max. 0. 1

Molybdenum (Mo) max. 0. 1

Nickel (Ni) max. 0. 1

Potassium (K) max. 0. 1

Silver (Ag) max. 0. 1


Strontium (Sr) max. 0. 1

Thallium (Tl) max. 0. 1

Titanium (Ti) max. 0. 1

Vanadium (V) max. 0. 1

Zinc (Zn) max. 0.5

Zirconium (Zr) max. 0. 1


NO. BOX

6070.1000 1 l

6070.2500 2.5 l 4

6070.9025 25 l

6070.9200 200 l

Hydro

209



H

9600Hydrochloric Acid30% / ’BAKER INSTRA-ANALYZED’ / for Trace Metal Analysis

A HCl

M = 36.46 g/mol

1 l = 1 . 1 9 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Actual lot analysis at time of lot releaseAssay 29-3 1%

Color max. 10 Hazen

Trace Impurities:

Aluminium (Al) max. 1 ppb

Ammonium (NH4) max. 0.5 ppm

Antimony (Sb) max. 1 ppb

Arsenic (As) max. 1 ppb

Barium (Ba) max. 1 ppb

Beryllium (Be) max. 1 ppb

Bismuth (Bi) max. 1 ppb

Boron (B) max. 1 ppb

Bromide (Br) max. 10 ppm

Cadmium (Cd) max. 1 ppb

Calcium (Ca) max. 1 ppb

Chromium (Cr) max. 1 ppb

Cobalt (Co) max. 1 ppb

Copper (Cu) max. 1 ppb


Gallium (Ga) max. 1 ppb

Germanium (Ge) max. 1 ppb

Gold (Au) max. 1 ppb

Indium (In) max. 1 ppb

Iron (Fe) max. 1 ppb

Lead (Pb) max. 1 ppb

Lithium (Li) max. 1 ppb

Magnesium (Mg) max. 1 ppb

Manganese (Mn) max. 1 ppb


Molybdenum (Mo) max. 1 ppb

Nickel (Ni) max. 1 ppb

Potassium (K) max. 1 ppb

Selenium (Se) max. 1 ppb

Silver (Ag) max. 1 ppb

Sodium (Na) max. 1 ppb

Strontium (Sr) max. 1 ppb

Thallium (Tl) max. 1 ppb

Thorium (Th) max. 1 ppb

Tin (Sn) max. 1 ppb

Titanium (Ti) max. 1 ppb

Total Phosphorus max. 0.0 1 ppm

Total Sulfur max. 0.3 ppm

Uranium (U) max. 1 ppb

Vanadium (V) max. 1 ppb

Zinc (Zn) max. 1 ppb

Zirconium (Zr) max. 1 ppb


NO. BOX

9600.1000PE 1 l HDPE 6

HDPE bottle with dosing cap.

Hydro

210



H

6167Hydrochloric Acid25% / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

1 l = 1 . 1 2 kg

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 34-37

S: 26-45

1C

corrosive

Assay min. 25%








Arsenic (As) max. 0. 1


Beryllium (Be) max. 0. 1

Cadmium (Cd) max. 0. 1



Cobalt (Co) max. 0. 1

Copper (Cu) max. 0. 1


Iron (Fe) max. 0.5

Lead (Pb) max. 0. 1



Manganese (Mn) max. 0. 1

Molybdenum (Mo) max. 0. 1

Nickel (Ni) max. 0. 1


Silver (Ag) max. 0. 1


Strontium (Sr) max. 0. 1

Thallium (Tl) max. 0. 1


Vanadium (V) max. 0. 1

Zinc (Zn) max. 0.5



NO. BOX

6167.2500 2.5 l

6167.9025 25 l

CHydrochloric Acid 18.5% VLSISee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

7655Hydrochloric Acid18% / ’BAKER’

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 36/37/38

S: 26-45

4Xi

irritant

Assay 18- 19% PRODUCT PACKING CONT.

NO. BOX

7655.1000PE 1 l HDPE 6

Hydro

21 1



H

7219Hydrochloric Acid10% / ’BAKER’

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

EC NO. 1 7 002 0 1 0

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/III

R: 36/37/38

S: 26-45

4Xi

irritant

Assay 9.5 - 10.5%








NO. BOX

7219.9010 10 l Polycube

7219.9060 60 l

7212Hydrochloric Acid3.57 mol/l, 1/0.28 mol/l / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 36/37/38

S: 26-45

4Xi

irritant

Titer (mol/l) 3.55-3.59 PRODUCT PACKING CONT.

NO. BOX

7212.9010 10 l Polycube


7230Hydrochloric Acid2 mol/l / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

Titer (mol/l) 1 .99-2.0 1 PRODUCT PACKING CONT.

NO. BOX

7230.1000 1 l 6


7088Hydrochloric Acid1 mol/l / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

Titer (mol/l) 0.997- 1 .003



Heavy Metals (as Pb) max. 0.5

Iron (Fe) max. 0. 1

Sulfate (SO4) max. 1


NO. BOX

7088.1000 1 l 6

7088.9010 10 l Polycube

7088.9020 20 l Polycube


Each lot of this product is standardized potentiometrically

against NIST tracable reference standard.

7111Hydrochloric Acid0.5 mol/l / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

Titer (mol/l) 0.4975-0.5025




Iron (Fe) max. 0. 1



NO. BOX

7111.1000 1 l 6

7111.9010 10 l Polycube

7111.9020 20 l Polycube




Hydro

212



H

7477Hydrochloric Acid0.357 mol/l, 13.021 g HCl/l, 1/2.8 N / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00


NO. BOX

7477.9010 10 l Polycube



A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

Titer (mol/l) 0. 1 990-0.20 10 PRODUCT PACKING CONT.

NO. BOX

7651.9010 10 l



A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

Titer (mol/l) 0.0997-0. 1003




Iron (Fe) max. 0. 1



NO. BOX

7038.1000 1 l 6

7038.2500 2.5 l 4

7038.9010 10 l Polycube

7038.9020P 20 l Polycube


7211Hydrochloric Acid0.0357 mol/l, 1/28 mol/l / ’BAKER ANALYZED’

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

Titer (mol/l) 0.0350 - 0.0370 PRODUCT PACKING CONT.

NO. BOX

7211.9010 10 l Polycube

7211.9020 20 l Polycube



A HCl

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00


NO. BOX

7493.9020 20 l Polycube




4657Hydrochloric Acid1 mol/l / 1 equiv. = 36.46g; 1N / DILUT-IT

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/III

R: 36/37/38

S: 26-45

4Xi

irritant


NO. BOX

4657 1 amp. 6

Volumetric Concentrate, for dilution to 1 l.

Hydro

213



H

4654Hydrochloric Acid0.5 mol/l / 1/2 equiv. = 18.23g; 0.5 N / DILUT-IT

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/II

R: 36/37/38

S: 26-45

4Xi

irritant


NO. BOX

4654 1 amp. 6


4655Hydrochloric Acid0.1 mol/l / DILUT-IT

A HCl

M = 36.46 g/mol

CAS NO. 7647-0 1 -0

EINECS 23 1 -595-7

NC CODE 2806 10 00

UN/ID NO. 1 789

ADR/RID 8 C1

IMDG 8/III


NO. BOX

4655 1 amp. 6


4867Hydrochloric Acid0.01 mol/l / DILUT-IT

A HCl

M = 36.46 g/mol

EINECS 23 1 -595-7

NC CODE 2806 10 00


NO. BOX

4867 1 amp. 6


AHydrochloric AcidSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AHydrochloric Acid SolutionsSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AHydrocortisone, MicronizedSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Hydro

214



H

6904Hydrofluoric Acid49% / ULTREX II Ultrapure Reagent

A HF

M = 20.0 1 g/mol

1 l = 1 . 1 6 kg

CAS NO. 7664-39-3

EINECS 23 1 -634-8

NC CODE 28 1 1 1 1 00

EC NO. 9 003 00 1

UN/ID NO. 1 790

ADR/RID 8 CT1

IMDG 8/II

R: 26/27/28-35

S: 26-36/37-45-7/9

1C

corrosive3

T+

very toxic

Certificate Provided Reporting Actual Lot AnalysisAssay 47-5 1% (w/w)





Barium (Ba) max. 10



Boron (B) max. 100



Cerium (Ce) max. 10

Cesium (Cs) max. 10


Cobalt (Co) max. 10

Copper (Cu) max. 20


Erbium (Er) max. 1





Gold (Au) max. 20


Holmium (Ho) max. 1

Indium (In) max. 1

Iron (Fe) max. 20


Lead (Pb) max. 10








Nickel (Ni) max. 50

Niobium (Nb) max. 10

Palladium (Pd) max. 20

Platinum (Pt) max. 20










Silver (Ag) max. 10

Sodium (Na) max. 10




Terbium (Tb) max. 1


Thorium (Th) max. 1

Thulium (Tm) max. 1

Tin (Sn) max. 20



Uranium (U) max. 1



Yttrium (Y) max. 1

Zinc (Zn) max. 20



NO. BOX



Hydro

215



H

9563Hydrofluoric Acid48-51% / ’BAKER INSTRA-ANALYZED’ / for Trace Metal Analysis / ACS

A HF

M = 20.0 1 g/mol

1 l = 1 . 1 6 kg

CAS NO. 7664-39-3

EINECS 23 1 -634-8

NC CODE 28 1 1 1 1 00

EC NO. 9 003 00 1

UN/ID NO. 1 790

ADR/RID 8 CT1

IMDG 8/II

R: 26/27/28-35

S: 26-36/37-45-7/9

1C

corrosive3

T+

very toxic

Meets ACS Specifications. Meets ReagentSpecifications for testing USP/NF monographsAssay (acidimetric) 48.0-5 1 .0%


Fluorsilicic Acid (H2SiF6) max. 0.0 10%





Barium (Ba) max. 50



Boron (B) max. 50




Cobalt (Co) max. 5

Copper (Cu) max. 5



Gold (Au) max. 10


Iron (Fe) max. 100

Lead (Pb) max. 20






Nickel (Ni) max. 10


Silver (Ag) max. 20




Tin (Sn) max. 50



Zinc (Zn) max. 20



Chloride (Cl) max. 5

Nitrate (NO3) max. 3

Phosphate (PO4) max. 1

Sulfate and Sulfite (as SO4) max. 5


NO. BOX

9563.0500 500 ml

AHydrofluoric Acid 49% CMOS, Finyte, Finyte-1 GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

Hydro

216



H

6013Hydrofluoric Acid48% / ’BAKER ANALYZED’ / ACS

A HF

M = 20.0 1 g/mol

1 l = 1 . 1 6 kg

CAS NO. 7664-39-3

EINECS 23 1 -634-8

NC CODE 28 1 1 1 1 00

EC NO. 9 003 00 1

UN/ID NO. 1 790

ADR/RID 8 CT1

IMDG 8/II

R: 26/27/28-35

S: 26-36/37-45-7/9

1C

corrosive3

T+

very toxic

Exceeds ACS SpecificationsAssay min. 48.0-5 1 .0%

Chloride (Cl) max. 5 ppm

Fluorsilicic Acid (H2SiF6) max. 0.0 1%

Heavy Metals (as Pb) max. 0.5 ppm

Phosphate (PO4) max. 1 ppm


Sulfate and Sulfite (as SO4) max. 5 ppm



Arsenic and Antimony (as As) max. 0.05

Barium (Ba) max 0. 1

Beryllium (Be) max 0.0 1

Cadmium (Cd) max 0.02

Calcium (Ca) max 0.5

Chromium (Cr) max 0. 1

Cobalt (Co) max 0.0 1

Copper (Cu) max 0.0 1

Iron (Fe) max 0. 1

Lead (Pb) max 0.05

Lithium (Li) max 0.02

Magnesium (Mg) max 0. 1

Manganese (Mn) max 0.0 1

Molybdenum (Mo) max 0.02

Nickel (Ni) max 0.05

Potassium (K) max 0. 1

Silver (Ag) max 0.02

Sodium (Na) max 0.5

Strontium (Sr) max 0.02

Thallium (Tl) max 0.05

Titanium (Ti) max 0. 1

Vanadium (V) max 0.0 1

Zinc (Zn) max. 0.05



NO. BOX

6013.1000 1 l 6

CHydrofluoric Acid 40% VLSISee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

Hydro

217



H

6079Hydrofluoric Acid38% / ’BAKER ANALYZED’

A HF

M = 20.0 1 g/mol

1 l = 1 . 1 3 kg

CAS NO. 7664-39-3

EINECS 23 1 -634-8

NC CODE 28 1 1 1 1 00

EC NO. 9 003 00 1

UN/ID NO. 1 790

ADR/RID 8 CT1

IMDG 8/II

R: 26/27/28-35

S: 26-36/37-45-7/9

1C

corrosive3

T+

very toxic

Assay 38-40%


Fluorsilicic Acid (H2SiF6) max. 0.005%



Sulfate and Sulfite (as SO4) max. 5 ppm



Arsenic and Antimony (as As) max. 0.05








Iron (Fe) max. 0. 1

Lead (Pb) max. 0.05

Lithium (Li) max. 0.02

Magnesium (Mg) max. 0. 1





Silver (Ag) max. 0.02


Strontium (Sr) max. 0.02




Zinc (Zn) max. 0.05



NO. BOX

6079.1000 1 l 6

6079.2500 2.5 l 4

AHydrofluoric Acid 25% VLSISee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

AHydrofluoric Acid 5% VLSISee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

7048Hydrogen Peroxide35% / ’BAKER’

A H2O2

M = 34.0 1 g/mol

1 l = 1 . 1 3 kg

CAS NO. 7722-84- 1

EINECS 23 1 -765-0

NC CODE 2847 00 00

EC NO. 8 003 00 9

UN/ID NO. 20 14

ADR/RID 5. 1 OC1

IMDG 5. 1 /II

R: 22-37/38-4 1

S: 26-36/37/39

4Xn

harmful

Assay1) min. 35%1) At time of lot release.


NO. BOX

7048.1000 1 l 6

7048.2500PE 2.5 l HDPE 4

7048.9025 25 l

For safe handling of 25 l tin cans, see Self-closing tap.

Hydro

218



H

5155Hydrogen Peroxide30% / ULTREX II Ultrapure Reagent

A H2O2

M = 34.0 1 g/mol

1 l = 1 . 1 1 kg

CAS NO. 7722-84- 1

EINECS 23 1 -765-0

NC CODE 2847 00 00

EC NO. 8 003 00 9

UN/ID NO. 20 14

ADR/RID 5. 1 OC1

IMDG 5. 1 /II

R: 22-4 1

S: 26-36/39

4Xn

harmful

Meets ACS Ultratrace SpecificationsAssay 25.0-35.0%


Free acid (meq/g) max. 0.5







Trace Impurities (in ppt):




Barium (Ba) max. 50



Boron (B) max. 1000




Cobalt (Co) max. 50

Copper (Cu) max. 50


Iron (Fe) max. 100

Lead (Pb) max. 100






Nickel (Ni) max. 50



Silver (Ag) max. 50



Tin (Sn) max. 50



Zinc (Zn) max. 50



NO. BOX

5155.0450 450 ml PE

Hydro

219



H

7047Hydrogen Peroxide30% / ’BAKER ANALYZED’ / ACS

A H2O2

M = 34.0 1 g/mol

1 l = 1 . 1 1 kg

CAS NO. 7722-84- 1

EINECS 23 1 -765-0

NC CODE 2847 00 00

EC NO. 8 003 00 9

UN/ID NO. 20 14

ADR/RID 5. 1 OC1

IMDG 5. 1 /II

R: 22-4 1

S: 26-36/39

4Xn

harmful

Exceeds ACS SpecificationsAssay1) 30.0-32.0%





Nitrate (NO3) max. 2 ppm


Residue after Evaporation max. 0.002%


Titrable Acid (meq/g) max. 0.0006











Germanium (Ge) max. 0.05

Iron (Fe) max. 0. 1

Lead (Pb) max. 0.05













Zinc (Zn) max. 0.05

Zirconium (Zr) max. 0. 11) At time of lot release.


NO. BOX

7047.0250 250 ml

7047.1000 1 l 6

7047.2500PE 2.5 l HDPE

AHydrogen Peroxide 30% CMOS, Finyte, Finyte-1, Ultryte GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

AHydrogen Peroxide 30% MOS, VLSI, SLSI GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

AHydrogen Peroxide SolutionSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Hydro

220



H

1115Hydroquinone’BAKER’

A C6H4(OH)2

M = 1 1 0. 1 1 g/mol

FLASHPOINT 1 65 °C

CAS NO. 1 23-3 1 -9

EINECS 204-6 17-8

NC CODE 2907 22 00

EC NO. 604 005 00 4

UN/ID NO. 2662

ADR/RID 6. 1 T2

IMDG 6. 1 /III

R: 22-40-4 1 -43-50

S: 26-36/37/39-6 1

oN


4Xn

harmful

Heavy Metals (as Pb) max. 0.00 1%

Melting Point 172- 174°C



NO. BOX

1115.0250 250 g

CHydroxyacetic AcidSee Glycollic Acid

Co-HydroxybenzaldehydeSee Salicylaldehyde

C(2-Hydroxyethl)mercaptanSee 2-Mercaptoethanol

CHydroxylamine HydrochlorideSee Hydroxylammonium Chloride

1116Hydroxylammonium Chloride(max. 0.05 ppm Hg) / ’BAKER ANALYZED’ / ACS

A HONH3Cl

M = 69.49 g/mol

CAS NO. 5470- 1 1 - 1

EINECS 226-798-2

NC CODE 2825 10 00

EC NO. 6 12 123 00 2

UN/ID NO. 3260

ADR/RID 8 C2

IMDG 8/III

R: 22-36/38-43-48/22-50

S: 22-24-37-6 1

oN


4Xn

harmful

Exceeds ACS SpecificationsAssay min. 99.0%

Ammonium (NH4) max. 0. 1%

Clarity of alcohol solution passes test

Residue after Ignition max. 0.0 1%

Sulfur Compounds (as SO4) max. 0.005%

Titrable Free Acid max. 0.25 meq/g



Iron (Fe) max. 5



NO. BOX

1116.9050 50 kg

2195Hydroxylammonium Chloride’BAKER ANALYZED’ / ACS

A HONH3Cl

M = 69.49 g/mol

CAS NO. 5470- 1 1 - 1

EINECS 226-798-2

NC CODE 2825 10 00

EC NO. 6 12 123 00 2

UN/ID NO. 3260

ADR/RID 8 C2

IMDG 8/III

R: 22-36/38-43-48/22-50

S: 22-24-37-6 1

oN


4Xn

harmful


Ammonium (NH4) max. 0. 1%

Clarity of alcohol solution passes test


Sulfur Compounds (as SO4) max. 0.005%

Titrable Free Acid max. 0.25 meq/g



Iron (Fe) max. 5


NO. BOX

2195.0100 100 g

2195.0250 250 g 6

2195.1000 1 kg

2195.9050 50 kg

Hydro

221



H

1521Hydroxylammonium Chloride’BAKER’

A HONH3Cl

M = 69.49 g/mol

CAS NO. 5470- 1 1 - 1

EINECS 226-798-2

NC CODE 2825 10 00

EC NO. 6 12 123 00 2

UN/ID NO. 3260

ADR/RID 8 C2

IMDG 8/III

R: 22-36/38-43-48/22-50

S: 22-24-37-6 1

oN


4Xn

harmful

Assay min. 99% PRODUCT PACKING CONT.

NO. BOX

1521.9050 50 kg

A4-Hydroxy-4-Methyl-2-Pentanone MOS GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

6016Hypophosphorous Acid50% / ’BAKER’

A H3PO2

M = 66.00 g/mol

1 l = 1 .25 kg

CAS NO. 6303-2 1 -5

EINECS 228-60 1 -5

NC CODE 28 1 1 1 9 80

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 34

S: 26-27-36/37/39-45

1C

corrosive

Assay 49-52%





NO. BOX

6016.0500 500 ml

AICP CCV Solution I & IISee CCV Solution I & II

AICP ICS Solution AB-1&AB-2See ICS Solution AB-1 & AB-2

AICP ICV Solution I & IISee ICV Solution I & II

AICP Interference Check Standard ISee Interference Check Standard I

AICP Interference Check Standard IISee Interference Check Standard II

AICP Interference Check Standard IVSee Interference Check Standard IV

AICP Mixed Calibration Standard IIISee Mixed Calibration Standard III

AICP Mixed Calibration Standard IVSee Mixed Calibration Standard IV

AICP Mixed Calibration Standard VSee Mixed Calibration Standard V

Hydro

222



I

CICP Primary Drinking Water Std ISee Primary Drinking Water Standard I

CICP Trace Metal Standard ISee Trace Metal Standard I

CICP Trace Metal Standard IIISee Trace Metal Standard III

CICP Water Standard I & IISee Water Standard I & II

6119-01ICS Solution AB-1 & AB-2Matrix I : 5% nitric acid - Matrix II: 20% HCl / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

NC CODE 3822 00 00

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 34

S: 23-26-36/37/39-45

1C

corrosive

Kit contains one bottle of each solutionElement Concentrations of Solution I (mg/ml):

Beryllium (Be) 50

Cadmium (Cd) 100

Cobalt (Co) 50

Copper (Cu) 50

Lead (Pb) 100

Manganese (Mn) 50

Nickel (Ni) 1 00

Silver (Ag) 100

Zinc (Zn) 100

Element Concentrations of Solution II (mg/ml):

Barium (Ba) 50

Chromium (Cr) 5

Vanadium (V) 50


NO. BOX

6119-01 100 ml x 2

For use in EPA Contract Laboratory Program (CLP).

Traceable to NIST.

6103-01ICV Solution I & IIMatrix I : 5% nitric acid - Matrix II: 20% HCl / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

NC CODE 3822 00 00

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 34

S: 23-26-36/37/39-45

1C

corrosive

Kit contains one bottle of each solutionElement Concentrations of Solution I (mg/ml):

Barium (Ba) 100

Beryllium (Be) 40

Cadmium (Cd) 50

Cobalt (Co) 100

Copper (Cu) 100

Iron (Fe) 100

Lead (Pb) 100

Manganese (Mn) 100

Nickel (Ni) 1 00

Silver (Ag) 20

Thallium (Tl) 1 00

Zinc (Zn) 100

Element Concentrations of Solution II (mg/ml):

Aluminium (Al) 1 00

Antimony (Sb) 100

Arsenic (As) 100

Calcium (Ca) 1000

Chromium (Cr) 100

Magnesium (Mg) 1000

Potassium (K) 1000

Selenium (Se) 100

Sodium (Na) 1000

Vanadium (V) 100


NO. BOX

6103-01 100 ml x 2

For use in EPA Contract Laboratory Program (CLP).

Traceable to NIST.

ICV

223



I

1747Imidazole’BAKER ANALYZED’

A NHCH:NCH:CH

M = 68.08 g/mol

CAS NO. 288-32-4

EINECS 206-0 19-2

NC CODE 2933 29 90

UN/ID NO. 3263

ADR/RID 8 C8

IMDG 8/III

R: 22-34-63

S: 22-26-36/37/39-45

1C

corrosive

Assay min. 99.5%


Iron (Fe) max. 0.00 1%

Melting Point 88-90°C

Residue after Ignition max. 0. 1%


NO. BOX

1747.0100 100 g

1747.9010 10 kg

3058Immuno PBS20x concentrated / Histology

NC CODE 3822 00 00 PRODUCT PACKING CONT.

NO. BOX

3058.9010 10 l Polycube

Dilute 20 times before use.

6011-01Interference Check Standard I(Matrix: 5% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

NC CODE 3822 00 00

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 36/38-45

S: 26-37-45-53

3T

toxic

Elemental Concent (mg/ml):

Arsenic (As) 1000

Barium (Ba) 300

Beryllium (Be) 100

Cadmium (Cd) 300

Chromium (Cr) 300

Cobalt (Co) 300

Copper (Cu) 300

Lead (Pb) 1000

Manganese (Mn) 200

Mercury (Hg) 50

Nickel (Ni) 300

Potassium (K) 20000

Selenium (Se) 500

Silver (Ag) 300

Thallium (Tl) 1 000

Vanadium (V) 300

Zinc (Zn) 300


NO. BOX

6011-01 100 ml

For use in EPA SW-846 Methods 60 10 and 200.7.

Traceable to NIST.

6012-01Interference Check Standard II(Matrix: 5 % nitric acid plus a trace of hydrofluoric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 34

S: 23-26-36/37/39-45

1C

corrosive


Boron (B) 500

Molybdenum (Mo) 300

Silicon (Si) 230

Titanium (Ti) 1 000


NO. BOX

6012-01 100 ml


Traceable to NIST.

Imida

224



I

6014-01Interference Check Standard IV(Matrix: 5% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

NC CODE 3822 00 00

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 34

S: 23-26-36/37/39-45

1C

corrosive


Aluminium (Al) 1 200

Calcium (Ca) 6000

Iron (Fe) 5000

Magnesium (Mg) 3000

Sodium (Na) 1000


NO. BOX

6014-01 100 ml


Traceable to NIST.

4876Iodide/Iodate1/128 mol/l / DILUT-IT

EINECS 23 1 -659-4

NC CODE 3822 00 00


NO. BOX

4876 1 amp. 6


1118Iodinesublimed / ’BAKER ANALYZED’ / ACS

A I2M = 253.8 1 g/mol

CAS NO. 7553-56-2

EINECS 23 1 -442-4

NC CODE 280 1 20 00

EC NO. 53 00 1 00 3

UN/ID NO. 1 759

ADR/RID 8 C10

IMDG 8/III

R: 20/2 1 -50

S: 23-25-6 1

oN


4Xn

harmful


Chloride and Bromine (as Cl) max. 0.003%

Non-volatile Matter max. 0.0 1%


NO. BOX

1118.0100 100 g 6

1118.0250 250 g 6

1118.1000 1 kg

1118.5000 5 kg

0132Iodine’BAKER’

A I2M = 253.8 1 g/mol

CAS NO. 7553-56-2

EINECS 23 1 -442-4

NC CODE 280 1 20 00

EC NO. 53 00 1 00 3

UN/ID NO. 1 759

ADR/RID 8 C10

IMDG 8/III

R: 20/2 1 -50

S: 23-25-6 1

oN


4Xn

harmful

Assay 99.5- 100.5%

Bromides and Chlorides max. 250 ppm


Non-volatile substances max. 0. 1%


NO. BOX

0132.9050 50 kg

CIodineSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Iodin

225



I

7577Iodine Solution0.5 mol/l 1N / ’BAKER ANALYZED’

M = 253.8 1 g/mol

1 l = 1 .26 kg

CAS NO. 7553-56-2

EINECS 23 1 -44 1 -9

NC CODE 280 1 20 00

R: 20/2 1 /22

S: 26-36/37

4Xn

harmful

Molarity (titration with Na2S2O3) 0.5M ± 0.5% PRODUCT PACKING CONT.

NO. BOX

7577.1000 1 l


7463Iodine Solution0.1 mol IBr/l; 0.2N / ’BAKER ANALYZED’ / According to Hanus

FLASHPOINT 40 °C

NC CODE 280 1 20 00

UN/ID NO. 2789

ADR/RID 8 CF1

IMDG 8/II

R: 1 0-35

S: 26-36/37/39-45

1C

corrosive

Titer (N) 0. 19-0.2 1 PRODUCT PACKING CONT.

NO. BOX

7463.1000 1 l




6124Iodine Solution0.1 mol ICl/l, 0.2N solution / ’BAKER’ / According to Wijs

1 l = 1 .2 1 kg

FLASHPOINT 40 °C

UN/ID NO. 2920

ADR/RID 8 CF1

IMDG 8/II

R: 23/24/25-34-40-48/23-52/53-59

S: 26-36/37/39-45

oN


3T

toxic

Titer (N) 0.2 PRODUCT PACKING CONT.

NO. BOX

6124.1000 1 l 6

Keep in a cool place and tightly closed.

7210Iodine Solution0.05 mol/l 0.1N / ’BAKER ANALYZED’

EINECS 23 1 -44 1 -9

NC CODE 280 1 20 00

Titer (N) 0.0997-0. 1003 PRODUCT PACKING CONT.

NO. BOX

7210.1000 1 l

7210.2500 2.5 l



against Sodium Thiosulfate.

7128Iodine Solution0.05 mol/l 0.1N / ’BAKER ANALYZED’

EINECS 23 1 -44 1 -9

NC CODE 280 1 20 00

Titer (N) 0.0997-0. 1003 PRODUCT PACKING CONT.

NO. BOX

7128.1000 1 l

7128.2500 2.5 l



against Arsenic Trioxide (primary standard).

Iodin

226



I

4662Iodine (Iodine-Iodide)0.05 mol I2/l / DILUT-IT / 1/10 equiv. = 12.6905g; 0.1N

A I2M = 253.8 1 g/mol

CAS NO. 7553-56-2

EINECS 23 1 -44 1 -9

NC CODE 3822 00 00


NO. BOX

4662 1 amp. 6


4660Iodine (Iodine-Iodide)0.005 mol I2/l / DILUT-IT / 1/100 equiv. = 1.269g; 0.01N

A I2M = 253.8 1 g/mol

CAS NO. 7553-56-2

EINECS 23 1 -44 1 -9

NC CODE 3822 00 00


NO. BOX

4660 1 amp.


4601Ion Exchange Resin, Anion, IONAC NA-38’BAKER ANALYZED’

NC CODE 39 14 00 00 (strong base, alkyl quaternary ammoniumpolystyrene copolymer)Moisture 55-65%

Total Exchange Capacity (wet volume),

(meq/ml) min. 0.9

Mesh (Wet Screen Analysis):

On U.S. No. 16 Sieve max. 5%

Thru U.S. No. 50 Sieve max. 5%


NO. BOX

4601.0500 500 g

OH− Form, Type I, Beads ( 16-50 Mesh).

1099Ion exchange Resin, Cation, Dowex C-211’BAKER ANALYZED’

NC CODE 39 14 00 00 Identification passes test


(meq/ml) min. 1 .8





NO. BOX

1099.0500 500 g

H+ Form, Spherical Beads ( 16-50 Mesh).

1100Ion exchange Resin, Cation, Dowex HCR-W2’BAKER ANALYZED’

NC CODE 39 14 00 00 (strong acid; styrene-DVB copolymer; nuclearsulfonic acid active group)Identification passes test

Total Exchange Capacity (dry basis),

meq/g act. value reported


(meq/ml) min. 1 .9





NO. BOX

1100.0500 500 g

Na+ Form, Spherical Beads ( 16-40 Mesh).

4631Ion exchange Resin, Mixed bed, IONAC NM-60’BAKER ANALYZED’

NC CODE 39 14 00 00 (strong acid/strong base; sulfonated/alkylquaternary ammonium polystyrenes)Column Capacity, kgr/cf min. 12.0

Column Capacity, meq/ml min. 0.55

Effluent Greater than 15 Megohms min. 50%

Moisture 50-60%





NO. BOX

4631.0500 500 g

H+/OH− Form, Type I, Beads ( 16-50 Mesh).

Ion

227



I

0134IronPowder / ’BAKER ANALYZED’

A Fe

M = 55.85 g/mol

CAS NO. 7439-89-6

EINECS 23 1 -096-4

NC CODE 7205 29 00

Assay min. 96.0%

Insoluble in H2SO4 max. 0.2%

Lead (Pb) max. 0.005%

Sulfide (S) max. 0.03%

Water Soluble Substances max. 0.03%


Arsenic (As) max. 5


NO. BOX

0134.0500GL 500 g Glass

0135IronPowder / ’BAKER’ / reduced by hydrogen

A Fe

M = 55.85 g/mol

CAS NO. 7439-89-6

EINECS 23 1 -096-4

NC CODE 7205 29 00

Assay min. 96%

Acid Insoluble Substances max. 1 .25%



Arsenic (As) max. 8

Mercury (Hg) max. 5


NO. BOX

0135.2500 2.5 kg

5764Iron 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Fe

M = 55.85 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisIron (Fe) 998- 1002 mg/ml


NO. BOX

5764.0100 100 ml

Prepared from the highest purity raw material available,

generally greater than 99.999% spectral purity. The

content of the solution is confirmed to be accurate to

within ± 0.2%. Typically 1000 mg/ml.

The certificate of analysis provided reports actual lot

analysis. The certificate also lists the trace impurities.

6929Iron 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Fe

M = 55.85 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Iron (Fe) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6929.0100 100 ml

6929.0500 500 ml

Prepared by dissolution of high purity raw materials (min.

99.99% spectral purity). Assays are verified by ICP against

standards traceable to NIST. Standard Reference Material

numbers (SRM) are printed on each label.

6812Iron 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Fe

M = 55.85 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Iron (Fe) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6812.0100 100 ml

6812.0500 500 ml

Iron(III)nitrate in nitric acid 0.5 mol/l.

Iron

228



I

5731Iron 10000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Fe

M = 55.85 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisIron (Fe) 9980- 10020 mg/ml


NO. BOX

5731.0100 100 ml




within 0.2 %. Typically 10000 mg/ml.



CIron Ammonium SulfateSee Ammonium Iron (II) Sulfate Hexahydrate

0125Iron(II) Chloride Tetrahydrate’BAKER ANALYZED’

A FeCl2.4H2O

M = 1 98.8 1 g/mol

CAS NO. 1 3478- 10-9

EINECS 2 13-843-4

NC CODE 2827 33 00

UN/ID NO. 3260

ADR/RID 8 C2

IMDG 8/III

R: 22-38-4 1

S: 26-39

4Xn

harmful

Assay min. 99.0%


Arsenic (As) max. 0.00 1%

Copper (Cu) max. 0.005%

Insoluble Matter max. 0.0 1%


Sulfate (SO4) max. 0.0 1%

Zinc (Zn) max. 0.005%


NO. BOX

0125.0250 250 g

0125.9050 50 kg

9051Iron(III) Chloride Anhydrous’BAKER’

A FeCl3M = 1 62.22 g/mol

CAS NO. 7705-08-0

EINECS 23 1 -729-4

NC CODE 2827 33 00

UN/ID NO. 1 773

ADR/RID 8 C2

IMDG 8/II

R: 22-34-4 1

S: 26-36/39-45

1C

corrosive


NO. BOX

9051.1000 1 kg

0119Iron(III) Chloride HexahydrateLump / ’BAKER ANALYZED’ / ACS

A FeCl3.6H2O

M = 270.30 g/mol

CAS NO. 1 0025-77- 1

EINECS 23 1 -729-4

NC CODE 2827 33 00

R: 22-38-4 1

S: 26-39

4Xn

harmful

Meets ACS SpecificationsAssay (by Iodometry) 97.0- 102.0%

Calcium (Ca) max. 0.0 1%

Copper (Cu) (by AAS) max. 0.003%

Ferrous Iron (as Fe) max. 0.002%


Magnesium (Mg) max. 0.005%

Nitrate (NO3) max. 0.0 1%

Phosphorus Compounds (as PO4) max. 0.0 1%

Potassium (K) max. 0.005%

Sodium (Na) max. 0.05%


Zinc (Zn) (by AAS) max. 0.003%


NO. BOX

0119.0100 100 g

0119.1000 1 kg 6

IronI

229



I

0121Iron(III) Nitrate Nonahydrate’BAKER ANALYZED’ / ACS

A Fe(NO3)3.9H2O

M = 404.00 g/mol

CAS NO. 7782-6 1 -8

EINECS 233-899-5

NC CODE 2834 29 80

UN/ID NO. 1 466

ADR/RID 5. 1 O2

IMDG 5. 1 /III

R: 36/38-8

S: 26

4Xi

irritant2

O

oxidizing

Exceeds ACS SpecificationsAssay (by Iodometry) 98.0- 10 1 .0%

Insoluble Matter max. 0.005%

Manganese (Mn) max. 0.0 1%

pH of 5% Solution at 25°C 1 .5-2.5

Substances not Precipitated by NH4OH (as

SO4) max. 0. 1%





NO. BOX

0121.1000 1 kg

0122Iron(III) Oxide’BAKER ANALYZED’

A Fe2O3

M = 1 59.69 g/mol

CAS NO. 1 309-37- 1

EINECS 2 15- 168-2

NC CODE 282 1 10 00

Assay (by Iodometry) min. 98.0%

Copper (Cu) (by AAS) max. 0.0 1%

Insoluble in HCl max. 0.2%

Manganese (Mn) (by AAS) max. 0.05%

Phosphate (PO4) max. 0.02%

Sulfate (SO4) max. 0.2%

Zinc (Zn) (by AAS) max. 0.0 1%


NO. BOX

0122.0500 500 g

0122.9012 12 kg PE Pail

AIron ReducedSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

0123Iron(III) Sulfate n-Hydrate’BAKER ANALYZED’

A Fe2(SO4)3.nH2O

CAS NO. 1 5244- 10-7

EINECS 233-072-9

NC CODE 2833 29 50

R: 22-4 1

S: 26

4Xn

harmful

Assay (Fe2(SO4)3) min. 73.0%



Ferrous Iron (as Fe) max. 0.02%



Substances not Precipitated by NH4OH (as

SO4) max. 0. 1%



NO. BOX

0123.1000 1 kg

0126Iron(II) Sulfate Heptahydrate’BAKER ANALYZED’ / ACS

A FeSO4.7H2O

M = 278.02 g/mol

CAS NO. 7782-63-0

EINECS 23 1 -753-5

NC CODE 2833 29 50

R: 22-4 1

S: 26

4Xn

harmful

Meets ACS SpecificationsAssay (by KMnO4 titrn.) min. 99.0%

Calcium (Ca) max. 0.005%

Chloride (Cl) max. 0.00 1%


Ferric ion (Fe+) max. 0. 1%



Manganese (Mn) max. 0.05%






NO. BOX

0126.0500 500 g 6

IronI

230



I

0127Iron(II) Sulfate Heptahydrate’BAKER’

A FeSO4.7H2O

M = 278.02 g/mol

CAS NO. 7782-63-0

EINECS 23 1 -753-5

NC CODE 2833 29 50

R: 22-4 1

S: 26

4Xn

harmful

Assay 98.0- 105.0%


Chlorides (as Cl) max. 300 ppm

Ferric Ions max. 0.5%



Manganese (Mn) max. 0. 1%

pH 3.0-4.0

Zinc (Zn) max. 500 ppm


NO. BOX

0127.1000 1 kg

0127.9050 50 kg

CIron SesquinoxideSee Iron(III) Oxide

8010Isoamyl Alcohol’BAKER ANALYZED’

A (CH3)2CHCH2CH2OH

M = 88. 15 g/mol

1 l = 0.8 1 kg

FLASHPOINT 43 °C

CAS NO. 1 23-5 1 -3

EINECS 204-633-5

NC CODE 2905 15 00

UN/ID NO. 1 1 05

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-20

S: 24/25

4Xn

harmful

Assay (by GC) min. 98%

Acids and Esters (as Amyl Acetate) max. 0.06%

Aldehydes passes test

Boiling Range 128- 132°C

Color (APHA) max. 5


Substances Darkened by H2SO4 passes test


Water (H2O) max. 0.2%




Boron (B) max. 0.02




Cobalt (Co) max. 0.02

Copper (Cu) max. 0.02

Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1


Manganese (Mn) max. 0.02


Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8010.1000 1 l 6

8010.9010 10 l Jerrycan

8010.9025 25 l

8010.9200 200 l


9048-03Isobutyl Alcohol’BAKER HPLC ANALYZED’ / For use in High Performance Liquid Chromatography

A (CH3)2CHCH2OH

M = 74. 12 g/mol

1 l = 0.80 kg

FLASHPOINT 27 °C

CAS NO. 78-83- 1

EINECS 20 1 - 148-0

NC CODE 2905 14 90

EC NO. 603 004 00 6

UN/ID NO. 1 2 12

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-22-37/38-4 1 -67

S: 1 3-26-37/39-46-7/9

4Xn

harmful

Assay (by GC) (corrected for water) min. 99.5%

Residue after Evaporation max. 5 ppm

Water (by KF, coulometric) max. 0.05%

Ultraviolet Absorbance (1.00-cm path vs water):

at 254 nm max. 0.05

at 280 nm max. 0.02

at 350 nm max. 0.0 1

UV Cut-off, nm max. 220


NO. BOX

9048-03 4 l Glass

Isobu

231



I

8056Isobutyl Alcohol’BAKER ANALYZED’

A (CH3)2CHCH2OH

M = 74. 12 g/mol

1 l = 0.80 kg

FLASHPOINT 27 °C

CAS NO. 78-83- 1

EINECS 20 1 - 148-0

NC CODE 2905 14 90

EC NO. 603 004 00 6

UN/ID NO. 1 2 12

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-22-37/38-4 1 -67

S: 1 3-26-37/39-46-7/9

4Xn

harmful

Assay (by GC) min. 99.0 %

Carbonyl Compounds max. 0. 1%



Solubility in Water passes test


Water (H2O) max. 0. 1%




Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8056.1000 1 l 6

8210Isobutyl Alcohol’BAKER’

A (CH3)2CHCH2OH

M = 74. 12 g/mol

1 l = 0.80 kg

FLASHPOINT 27 °C

CAS NO. 78-83- 1

EINECS 20 1 - 148-0

NC CODE 2905 14 90

EC NO. 603 004 00 6

UN/ID NO. 1 2 12

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-22-37/38-4 1 -67

S: 1 3-26-37/39-46-7/9

4Xn

harmful





NO. BOX

8210.2500 2.5 l

8210.9025 25 l


AL-IsoleucineSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AIso-OctaneSee 2,2,4-Trimethylpentane

AIsopropyl AlcoholSee 2-Propanol

AIsopropyl AlcoholSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AIsopropyl Alcohol 70% Solution, SterileSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Isobu

232



K

8821Isopropylamine’BAKER’

A (CH3)2CHNH2

M = 59. 1 1 g/mol

1 l = 0.69 kg

FLASHPOINT −37 °C

CAS NO. 75-3 1 -0

EINECS 200-860-9

NC CODE 292 1 19 30

EC NO. 6 12 007 00 1

UN/ID NO. 1 22 1

ADR/RID 3 FC

IMDG 3/I

R: 1 2-36/37/38

S: 1 6-26-29

0F+

extremelyflammable

4Xi

irritant

Boiling Point 3 1 -32°C PRODUCT PACKING CONT.

NO. BOX

8821.0100 100 ml

CKaolinSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

8792Karl Fischer Reagent5.0 mg H2O/ml / ’BAKER ANALYZED’ / Titrant for moisture determination.

1 l = 1 . 1 8 kg

FLASHPOINT A2 1 °C

NC CODE 3822 00 00

UN/ID NO. 1 993

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-20/2 1 /22-60-6 1

S: 23-36/37-45-53

3T

toxic

Titer (mg H2O/ml) min. 5.0 PRODUCT PACKING CONT.

NO. BOX

8792.1000 1 l 6

8792.2500 2.5 l 4

Solution Stabilized.

Contains Pyridine, 2-Methoxyethanol and Sulfur Dioxide.

One component reagent.

8834Karl Fischer Reagent2.0 mg H2O/ml / ’BAKER ANALYZED’ / Titrant for moisture determination.

FLASHPOINT 2 1 °C

NC CODE 3822 00 00

UN/ID NO. 1 993

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-20/2 1 /22-60-6 1

S: 23-36/37-45-53

3T

toxic

Titer (mg H2O/ml) min. 2.0 PRODUCT PACKING CONT.

NO. BOX

8834.1000 1 l

8834.2500 2.5 l

Solution stabilized.

Contains Pyridine, 2-Methoxyethanol and Sulfur Dioxide.

One component reagent.

CKarl Fischer ReagentsSee for detailed information section Karl Fischer reagents, page 195

Karl

233



K

8387Kerosene’BAKER’

1 l = 0.79 kg

FLASHPOINT 72 °C

CAS NO. 64742-96-7

EINECS 265-200-4

NC CODE 27 10 1 1 25

EC NO. 649 406 00 5

UN/ID NO. 1 223

ADR/RID 3 F 1

IMDG 3/III

R: 65

S: 23-24-62

4Xn

harmful

Boiling Range 194-250°C PRODUCT PACKING CONT.

NO. BOX

8387.5000 5 l EcoTainer

8387.9200 200 l

0116Kieselguhr’BAKER’ / For filtration

NC CODE 3802 90 00

R: 40/20

S: 22

4Xn

harmful

Appearance passes test PRODUCT PACKING CONT.

NO. BOX

0116.1000 1 kg

6069DL-Lactic Acid’BAKER ANALYZED’

A CH3CHOHCOOH

1 l = 1 .25 kg

CAS NO. 598-82-3

EINECS 20 1 - 196-2

NC CODE 29 18 1 1 00

R: 36/38

S: 24/25

4Xi

irritant

Assay (C3H6O3) 85.0-90.0%

Chloride (Cl) passes test

Citric, Oxalic, Phosphoric or Tartaric Acids passes test


Readily Carbonisable Substances passes test


Specific Rotation [a]25D -0.05 to +0.05°

Sugars passes test

Sulfate (SO4) passes test



Iron (Fe) max. 10


NO. BOX

6069.4000 4 l Glass

6069.9060 60 l

ADL-Lactic AcidSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

6017Lactic Acid’BAKER ANALYZED’ / ACS

A CH3CHOHCOOH

M = 90.08 g/mol

1 l = 1 .25 kg

FLASHPOINT 1 1 0 °C

CAS NO. 79-33-4

EINECS 20 1 - 196-2

NC CODE 29 18 1 1 00

R: 38-4 1

S: 24-26-37/39

4Xi

irritant

Meets ACS SpecificationsAssay 85.0-90.0%







Iron (Fe) max. 5


NO. BOX

6017.1000 1 l

Keros

234



L

6060Lactic Acid’BAKER’

A CH3CHOHCOOH

M = 90.08 g/mol

1 l = 1 .25 kg

FLASHPOINT 1 1 0 °C

CAS NO. 79-33-4

EINECS 20 1 - 196-2

NC CODE 29 18 1 1 00

R: 38-4 1

S: 24-26-37/39

4Xi

irritant

Assay (C3H6O3) 88.0-90.5%


Calcium (Ca) max. 200 ppm

Citric, oxalic or phosphoric acid passes test

Ether-insoluble Substances passes tes


Sugars and other Reducing Substances passes test

Sulfated Ash max. 0.05%





NO. BOX

6060.1000 1 l

CLactic AcidSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

CLactic Acid, Sodium SaltSee Sodium Lactate

0138D(+)-Lactose Monohydrate’BAKER ANALYZED’ Biochemical / ACS

A C12H22O1 1.H2O

M = 360.32 g/mol

CAS NO. 1 0039-26-6

EINECS 200-559-2

NC CODE 1 702 1 1 00

Exceeds ACS SpecificationsDextrose passes test



Sucrose passes test

Water (H2O) 4.0-6.0%


Dextrin, Starch max. 5


Iron (Fe) max. 5


NO. BOX

0138.1000 1 kg

CLactose, MonohydrateSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

CLanolinSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

6947Lanthanum 1% (w/v)lanthanum chloride (99.999%) in 0.3M hydrochloric acid / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

NC CODE 3822 00 00 Chloride (Cl) passes test

Lanthanum Content (La) 0.95- 1 .05%


NO. BOX

6947.0500 500 ml





6948Lanthanum 1% (w/v)lanthanum nitrate (99.999%) in 0.3M nitric acid / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

NC CODE 3822 00 00

R: 36/38

S: 26-3 1

4Xi

irritant

Lanthanum (La) 0.95- 1 .05%

Nitrate (NO3) passes test


NO. BOX

6948.0500 500 ml





Lanth

235



L

6949Lanthanum 1000 mg/ml0.10% (w/v) / (Matrix: 1% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A La

M = 1 38.90 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Lanthanum (La) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6949.0100 100 ml

6949.0500 500 ml





0383Lanthanum Chloride 7-Hydrate’BAKER ANALYZED’ / for Atomic Absorption / Flame Photometric Methods / ACS

A LaCl3.7H2O

M = 37 1 .38 g/mol

CAS NO. 1 0099-58-8

EINECS 233-237-5

NC CODE 2846 90 00

Exceeds ACS SpecificationsAssay (LaCl3) 64.5-70.0%






NO. BOX

0383.0025 25 g Glass 6

0383.0100 100 g

0597Lanthanum Nitrate Hexahydrate’BAKER’ / for Atomic Absorption / Flame Photometric Methods

A La(NO3)3.6H2O

M = 433.02 g/mol

CAS NO. 1 0277-43-7

EINECS 233-238-0

NC CODE 2846 90 00

UN/ID NO. 1 477

ADR/RID 5. 1 O2

IMDG 5. 1 /II

R: 4 1 -8

S: 26-39

4Xi

irritant2

O

oxidizing

Calcium (Ca) (by AAS) max. 0.00 1% PRODUCT PACKING CONT.

NO. BOX

0597.0100 100 g

4991Lanthanum OxidePowder / ULTREX Ultrapure Reagent

A La2O3

M = 325.84 g/mol

CAS NO. 1 3 12-8 1 -8

EINECS 2 15-200-5

NC CODE 2846 90 00

Certificate Provided Reporting Actual Lot AnalysisActual Lot Analysis Lot. No. B32431Assay (by EDTA titrn.) 99.3%

Loss on Ignition at 1 1 50°C 0.6%

Particulate Matter a 0.000 1%

Metallic Impurities in parts per million (mg/g):

Aluminium (Al) a 1

Calcium (Ca) a 0.5

Copper (Cu) a 1

Iron (Fe) a 1

Lead (Pb) a 1 0

Magnesium (Mg) a 0.3

Potassium (K) a 0.5

Rare Earths a 1 0

Silver (Ag) a 1

Sodium (Na) a 0.3

Tin (Sn) a 1 0

Non-Metallic Impurities in parts per million (mg/g):

Halide (as Cl) 5

Silicon (Si) a 1

Sulfur Compounds (as SO4) 3


NO. BOX

4991.0100 100 g PE

For Laboratory, Research or Manufacturing Use.

ALauryl AlcoholSee 1-Dodecanol

Lanth

236



L

5765Lead 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Pb

M = 207.2 1 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisLead (Pb) 998- 1002 mg/ml


NO. BOX

5765.0100 100 ml







6930Lead 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Pb

M = 207.20 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Lead (Pb) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6930.0100 100 ml

6930.0500 500 ml





6813Lead 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Pb

M = 207.2 1 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Lead (Pb) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6813.0100 100 ml

6813.0500 500 ml

Lead(II)nitrate in nitric acid 0.5 mol/l.

5732Lead 10000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Pb

M = 207.2 1 g/mol

NC CODE 3822 00 00

R: 22-33-36/38-52/53-6 1

S: 26-45-6 1

3T

toxic

Certificate Provided Reporting Actual Lot AnalysisLead (Pb) 9980- 10020 mg/ml


NO. BOX

5732.0100 100 ml







0142Lead Acetate Basic Anhydrous’BAKER ANALYZED’ / For sugar analysis / ACS

CAS NO. 1 335-32-6

EINECS 2 15-630-3

NC CODE 29 15 29 00

EC NO. 82 007 00 9

UN/ID NO. 1 6 16

ADR/RID 6. 1 T5

IMDG 6. 1 /III

R: 33-40-48/22-50/53-6 1 -62

S: 45-53-60-6 1

oN


3T

toxic

Exceeds ACS SpecificationsBasic Lead (PbO) min. 33.0%




Insoluble in Dilute Acetic Acid max. 0.02%

Insoluble in Water max. 1 .0%


Loss on Drying at 105°C max. 1 .5%

Nitrate and Nitrite (as NO3) max. 0.003%




NO. BOX

0142.1000 1 kg 6

Lead

237



L

0141Lead(II) Acetate Trihydrate’BAKER ANALYZED’ / ACS

A Pb(CH3COO)2.3H2O

M = 379.33 g/mol

CAS NO. 6080-56-4

EINECS 206- 104-4

NC CODE 29 15 29 00

EC NO. 82 005 00 8

UN/ID NO. 1 6 16

ADR/RID 6. 1 T5

IMDG 6. 1 /III

R: 33-48/22-50/53-6 1 -62

S: 45-53-60-6 1

oN


3T

toxic

Exceeds ACS SpecificationsAssay 99.0- 103.0%





Nitrate and Nitrite (as NO3) max. 0.005%

pH of 5% Solution at 25°C 5.5-6.5


Sodium (Na) max. 0.0 1%




NO. BOX

0141.0250 250 g

0145Lead(II) Chloride’BAKER ANALYZED’

A PbCl2M = 278. 10 g/mol

CAS NO. 7758-95-4

EINECS 23 1 -845-5

NC CODE 2827 39 80

EC NO. 82 00 1 00 6

UN/ID NO. 229 1

ADR/RID 6. 1 T5

IMDG 6. 1 /III

R: 20/22-33-50/53-6 1 -62

S: 45-53-60-6 1

oN


3T

toxic

Assay (by EDTA titrn.) min. 99.0%




Nitrate (NO3) max. 0.005%



NO. BOX

0145.0500 500 g

0148Lead(II) Nitrate’BAKER ANALYZED’

A Pb(NO3)2

M = 33 1 .20 g/mol

CAS NO. 1 0099-74-8

EINECS 233-245-9

NC CODE 2834 29 80

EC NO. 82 00 1 00 6

UN/ID NO. 1 469

ADR/RID 5. 1 OT2

IMDG 5. 1 /II

R: 20/22-33-50/53-6 1 -62

S: 45-53-60-6 1

oN


3T

toxic

Exceeds ACS SpecificationsAssay (by EDTA titrn.) min. 99.0%










NO. BOX

0148.0100 100 g

0148.9050 50 kg

LeadI

238



L

2338Lead(II) Oxide (Litharge)powder / ’BAKER ANALYZED’ / ACS

A PbO

M = 223. 19 g/mol

CAS NO. 1 3 17-36-8

EINECS 2 15-267-0

NC CODE 2824 10 00

EC NO. 82 00 1 00 6

UN/ID NO. 229 1

ADR/RID 6. 1 T5

IMDG 6. 1 /III

R: 20/22-33-50/53-6 1 -62

S: 45-53-60-6 1

oN


3T

toxic

Meets ACS SpecificationsAssay min. 99.0%

Average Particle Diameter, mm (APD) act. value reported

Bulk Density (g/cc)(typical) act. value reported




Insoluble in CH3COOH max. 0.02%



Silicon (Si) act. value reported


Specific Surface Area, m2/g (typical) act. value reported


On U.S. No. 325 Sieve act. value reported


Iron (Fe) max. 5

Silver (Ag) max. 5


NO. BOX

2338.0500PE 500 ml HDPE

CLead SubacetateSee Lead Acetate Basic Anhydrous

3879LeishmanHematology

1 l = 0.79 kg

FLASHPOINT 1 1C °C

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Leihsmans stain for differential blood picturestaining


NO. BOX

3879.1000 1 l Glass

3879.2500 2.5 l Glass

3813Leishman StainHematology

CAS NO. 1 2627-53- 1

EINECS 235-732- 1

R: 36

S: 26

4Xi

irritant

Leihsmans stain for differential blood picturestaining


NO. BOX

3813.0025 25 g Glass

CL-LeucineSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

CLevuloseSee D(-)Fructose

5766Lithium 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Li

M = 6.94 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisLithium (Li) 998- 1002 mg/ml


NO. BOX

5766.0100 100 ml







Lithi

239



L

6931Lithium 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Li

M = 6.94 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Lithium (Li) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6931.0100 100 ml

6931.0500 500 ml





6814Lithium 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Li

M = 6.94 g/mol

NC CODE 3822 00 00

Lithium (Li) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6814.0100 100 ml

6814.0500 500 ml

Lithium chloride in water.

5733Lithium 10000 mg/ml(Matrix: 7% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Li

M = 6.94 g/mol

NC CODE 3822 00 00

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 34

S: 20-23-26-36/37/39-45

1C

corrosive

Certificate Provided Reporting Actual Lot AnalysisLithium (Li) 9980- 10020 mg/ml


NO. BOX

5733.0100 100 ml







0382Lithium meta-Borate’BAKER ANALYZED’ / ACS

A LiBO2

M = 49.75 g/mol

CAS NO. 1 3453-69-5

EINECS 236-63 1 -5

NC CODE 2840 20 90

Exceeds ACS Specifications. Meets ReagentsSpecifications for testing USP/NF monographsAssay (LiBO2) 98.0- 102.0%

Aluminium (Al) max. 0.00 1%

Bulk Density min. 0.25 g/ml





Loss on Fusion at 950°C max. 2.0%

Phosphorus Compounds (as PO4) max. 0.004%


Silicon (Si) max. 0.005%





NO. BOX

0382.0100 100 g

The formula weight of this reagent is likely to deviate from

the value cited above, since the natural distribution of 6Li

and 7Li isotopes is often altered in current sources of

lithium compounds.

Lithi

240



L

0155Lithium Carbonate’BAKER ANALYZED’

A Li2CO3

M = 73.89 g/mol

CAS NO. 554- 13-2

EINECS 209-062-5

NC CODE 2836 9 1 00

R: 22-38

S: 22

4Xn

harmful

Assay min. 99.0%




Insoluble in HCl max. 0.0 1%




Total Sulfur (as SO4) max. 0.2%





NO. BOX

0155.0100 100 g

0155.9050 50 kg

4002Lithium Chloride’BAKER ULTRAPURE BIOREAGENT’

A LiCl

M = 42.39 g/mol

CAS NO. 7447-4 1 -8

EINECS 23 1 -2 12-3

NC CODE 2827 39 80

R: 22-36/38

S: 24

4Xn

harmful

Assay (argentometric titrn.) min. 99.0%

Calcium (Ca) (by FES) max. 0.0 1%

DNase Activity none detected





Potassium (K) (by FES) max. 0.0 1%

Protease Activity none detected

RNase Activity none detected

Sodium (Na) (by FES) max. 0.2%

Titrable Base (meq/g) max. 0.008


NO. BOX

4002.0500 500 g

4002.2500 2.5 kg

0156Lithium Chloride’BAKER ANALYZED’ / ACS

A LiCl

M = 42.39 g/mol

CAS NO. 7447-4 1 -8

EINECS 23 1 -2 12-3

NC CODE 2827 39 80

R: 22-36/38

S: 24

4Xn

harmful

Meets ACS SpecificationsAssay min. 99%

Barium (Ba) max. 0.003%







Potassium (K) max. 0.0 1%





NO. BOX

0156.0100 100 g 6

0156.1000 1 kg

0156.5000 5 kg

0156.9050 50 kg

0157Lithium Chloride’BAKER’

A LiCl

M = 42.39 g/mol

CAS NO. 7447-4 1 -8

EINECS 23 1 -2 12-3

NC CODE 2827 39 80

R: 22-36/38

S: 24

4Xn

harmful

Assay (argentometric titrn.) min. 98.0%






NO. BOX

0157.0250 250 g

0157.9050 50 kg

Lithi

241



L

0158Lithium Nitrate’BAKER ANALYZED’

A LiNO3

M = 68.94 g/mol

CAS NO. 7790-69-4

EINECS 232-2 18-9

NC CODE 2834 29 80

UN/ID NO. 2722

ADR/RID 5. 1 O2

IMDG 5. 1 /III

R: 8

S: 1 7-24/25

2O

oxidizing

Assay (acidimetric) min. 97.0%


Calcium (Ca) (by FES) max. 0.02%





Potassium (K) (by FES) max. 0.05%

Sodium (Na) (by FES) max. 0.05%

Sulfate (SO4) max. 0. 1%


NO. BOX

0158.0500 500 g 6

1465Lithium Tetraborate’BAKER INSTRA-ANALYZED’

A Li2B4O7

M = 1 69. 12 g/mol

CAS NO. 1 2007-60-2

EINECS 234-5 14-3

NC CODE 2840 20 90

Assay (dried basis) min. 99.5%

Loss on Drying at 285°C max. 1%

Metallic and Non-metallic Impurities (by DC-arc

Spectrography) (in ppm):




Cobalt (Co) max. 50

Copper (Cu) max. 20

Iron (Fe) max. 30

Lead (Pb) max. 20



Nickel (Ni) max. 20





NO. BOX

1465.0500 500 g

Flux Grade.

AL-Lysine HydrochlorideSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

1120MagnesiumChips / ’BAKER’

A Mg

M = 24.30 g/mol

CAS NO. 7439-95-4

EINECS 23 1 - 104-6

NC CODE 8 104 30 00

EC NO. 1 2 002 00 9

UN/ID NO. 1 869

ADR/RID 4. 1 F3

IMDG 4. 1 /III

R: 1 1 - 1 5

S: 43A-7/8

0F

highlyflammable


NO. BOX

1120.0500 500 g

Lithi

242



M

5767Magnesium 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Mg

M = 24.3 1 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisMagnesium (Mg) 998- 1002 mg/ml


NO. BOX

5767.0100 100 ml







6932Magnesium 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Mg

M = 24.3 1 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Magnesium (Mg) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6932.0100 100 ml

6932.0500 500 ml





6815Magnesium 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Mg

M = 24.3 1 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Magnesium (Mg) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6815.0100 100 ml

6815.0500 500 ml

Magnesium nitrate in nitric acid 0.5 mol/l.

5734Magnesium 10000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Mg

M = 24.3 1 g/mol

NC CODE 3822 00 00

R: 36/38

S: 24/25-26-37

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisMagnesium (Mg) 9980- 10020 mg/ml


NO. BOX

5734.0100 100 ml







0160Magnesium Acetate Tetrahydrate’BAKER ANALYZED’ / ACS

A Mg(CH3COO)2.4H2O

M = 2 14.46 g/mol

CAS NO. 1 6674-78-5

EINECS 205-554-9

NC CODE 29 15 29 00

Meets ACS SpecificationsAssay 98.0- 102.0%

Barium (Ba) max. 0.00 1%







Strontium (Sr) max. 0.005%




Iron (Fe) max. 5


NO. BOX

0160.0250 250 g

Magne

243



M

AMagnesium CarbonateSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

0161Magnesium Carbonate n-Hydrate’BAKER ANALYZED’

A 4MgCO3.Mg(OH)2.nH2O

CAS NO. 1 2 125-28-9

EINECS 235- 192-7

NC CODE 2836 99 1 1

Assay (as MgO) 40.0-45.0%


Arsenic (As) max. 2 ppm


Chlorides (as Cl) max. 0.07%


Iron (Fe) max. 400 ppm

Soluble Substances max. 1 .0%

Substances Insoluble in Acetic Acid max. 0.05%

Sulfates (as SO4) max. 0.3%


NO. BOX

0161.0250 250 g

4003Magnesium Chloride Hexahydrate’BAKER ULTRAPURE BIOREAGENT’

A MgCl2.6H2O

M = 203.30 g/mol

CAS NO. 779 1 - 18-6

EINECS 232-094-6

NC CODE 2827 3 1 00

Assay 99.0 - 102.0%

Ammonium (NH4) max. 0.002%










Iron (Fe) max. 5



NO. BOX

4003.0500 500 g

4003.2500 2.5 kg

0162Magnesium Chloride Hexahydrate’BAKER ANALYZED’ / ACS

A MgCl2.6H2O

M = 203.30 g/mol

CAS NO. 779 1 - 18-6

EINECS 232-094-6

NC CODE 2827 3 1 00

Meets ACS SpecificationsAssay 99.0- 102.0%












Iron (Fe) max. 5




NO. BOX

0162.0250 250 g 6

0162.1000 1 kg 6

0163Magnesium Chloride Hexahydrate’BAKER’

A MgCl2.6H2O

M = 203.30 g/mol

CAS NO. 779 1 - 18-6

EINECS 232-094-6

NC CODE 2827 3 1 00

Assay min. 98.5%


Insoluble Substances max. 0.0 1%



NO. BOX

0163.1000 1 kg

AMagnesium Chloride, 6-HydrateSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AMagnesium HydroxideSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Magne

244



M

0164Magnesium Nitrate Hexahydrate’BAKER ANALYZED’ / ACS

A Mg(NO3)2.6H2O

M = 256.4 1 g/mol

CAS NO. 1 3446- 18-9

EINECS 233-826-7

NC CODE 2834 29 80

UN/ID NO. 1 474

ADR/RID 5. 1 O2

IMDG 5. 1 /III

R: 8

S: 24/25

2O

oxidizing














Iron (Fe) max. 5




NO. BOX

0164.0500 500 g 6

1122Magnesium Oxide’BAKER ANALYZED’ / ACS

A MgO

M = 40.30 g/mol

CAS NO. 1 309-48-4

EINECS 2 15- 17 1 -9

NC CODE 25 19 90 10

S: 22

Exceeds ACS Specifications. Meets ReagentsSpecifications for testing USP/NF monographsBarium (Ba) max. 0.005%




Insoluble in Dilute HCl max. 0.02%


Loss on Ignition max. 2.0%

Manganese (Mn) max. 5 ppm





Sulfate and Sulfite (as SO4) max. 0.02%

Water Soluble Substances max. 0.4%

Product Information (not specifications):

Average Particle Diameter, mm (APD) (by

Sedigraph)(typical) 4

Bulk Density (g/cc)(typical) 0.5

Specific Surface Area, m2/g (typical) 7


NO. BOX

1122.1000 1 kg

1122.9050 50 kg

CMagnesium OxideSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

CMagnesium PerchlorateSee Anhydrone

CMagnesium Silicate, ActivatedSee Florisil

CMagnesium StearateSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Magne

245



M

0366Magnesium Sulfate Anhydrous’BAKER ANALYZED’

A MgSO4

M = 1 20.37 g/mol

CAS NO. 7487-88-9

EINECS 23 1 -298-2

NC CODE 2833 2 1 00

Assay (after ignition) min. 99.0%






Loss on Ignition max. 2.0%




Arsenic (As) max. 1


NO. BOX

0366.0500 500 g 6

AMagnesium Sulfate AnhydrousSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

0168Magnesium Sulfate Heptahydrate’BAKER ANALYZED’ / ACS

A MgSO4.7H2O

M = 246.47 g/mol

CAS NO. 1 0034-99-8

EINECS 23 1 -298-2

NC CODE 2833 2 1 00

Exceeds ACS SpecificationsAssay (by EDTA titrn.) 99.0- 102.0%












Iron (Fe) max. 5



NO. BOX

0168.0500 500 g 6

0169Magnesium Sulfate Heptahydrate’BAKER’

A MgSO4.7H2O

M = 246.47 g/mol

CAS NO. 1 0034-99-8

EINECS 23 1 -298-2

NC CODE 2833 2 1 00

Assay (dried basis) 99.0- 100.5%

Acidity or Alkalinity passes test



Chlorides (as Cl) max. 300 ppm



Iron (Fe) max. 20 ppm

Loss on Drying 48.0-52.0%


NO. BOX

0169.5000 5 kg 4

0169.9050 50 kg

AMagnesium Sulfate, 7-HydrateSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

1325Malachite Green Oxalate’BAKER ANALYZED’

A C52H54N4O12

M = 927.00 g/mol

CAS NO. 2437-29-8

EINECS 2 19-44 1 -7

NC CODE 3204 13 00

UN/ID NO. 28 1 1

ADR/RID 6. 1 T2

IMDG 6. 1 /III

R: 2 1 /22

S: 24/25

4Xn

harmful

Appearance passes test PRODUCT PACKING CONT.

NO. BOX

1325.0100 100 g

C.I. 42000.

Certified Stain for Use in Histology and Bacteriology.

Magne

246



M

2790Maleic Acid’BAKER ANALYZED’

A HOCOCH:CHCOOH

M = 1 1 6.07 g/mol

CAS NO. 1 1 0- 16-7

EINECS 203-742-5

NC CODE 29 17 19 90

EC NO. 607 095 00 3

UN/ID NO. 326 1

ADR/RID 8 C4

IMDG 8/III

R: 22-36/37/38

S: 26-28-37

4Xn

harmful

Assay (acidimetric) min. 99.0%




Melting Point 132- 135°C




NO. BOX

2790.0500 500 g

1124Malonic Acid’BAKER ANALYZED’

A CH2(COOH)2

M = 1 04.06 g/mol

CAS NO. 1 4 1 -82-2

EINECS 205-503-0

NC CODE 29 17 19 10

R: 22-36

S: 22-24

4Xn

harmful

Assay min. 99.0%



Melting Range 133- 134°C



NO. BOX

1124.0100 100 g

5793Manganese 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Mn

M = 54.94 g/mol

NC CODE 3822 00 00

R: 36/37/38

S: 26-28-45

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisManganese (Mn) 998- 1002 mg/ml


NO. BOX

5793.0100 100 ml







6933Manganese 1000 mg/ml0.10% (w/v) / (Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Mn

M = 200.59 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Manganese (Mn) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6933.0100 100 ml

6933.0500 500 ml





6816Manganese 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Mn

M = 54.94 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Manganese (Mn) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6816.0100 100 ml

6816.0500 500 ml

Manganese(II)nitrate in nitric acid 0.5 mol/l.

Manga

247



M

5735Manganese 10000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Mn

M = 54.94 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisManganese (Mn) 9980- 10020 mg/ml


NO. BOX

5735.0100 100 ml







0172Manganese(II) Carbonate’BAKER ANALYZED’

A MnCO3

M = 1 1 4.95 g/mol

CAS NO. 598-62-9

EINECS 209-942-9

NC CODE 2836 99 18

S: 22-24/25

Assay (as Mn) min. 43.0%

Average Particle Diameter, mm (APD) max. 3





Magnesium (Mg) max. 0.0 1%

Other Heavy Metals (as Pb) max. 0.005%






NO. BOX

0172.0500 500 g

0172.9012 12 kg

0173Manganese(II) Chloride Tetrahydrate’BAKER ANALYZED’ / ACS

A MnCl2.4H2O

M = 1 97.9 1 g/mol

CAS NO. 1 3446-34-9

EINECS 23 1 -869-6

NC CODE 2827 39 90

R: 22

S: 24

4Xn

harmful

Meets ACS SpecificationsAssay (by EDTA titrn.) 98.0- 10 1 .0%











Iron (Fe) max. 5


NO. BOX

0173.0500 500 g 6

AManganese DioxideSee Manganese(IV) Oxide

0170Manganese(IV) Oxide’BAKER ANALYZED’

A MnO2

M = 86.94 g/mol

CAS NO. 1 3 13- 13-9

EINECS 2 15-202-6

NC CODE 2820 10 00

EC NO. 25 00 1 00 3

R: 20/22

S: 25

4Xn

harmful



Insoluble in HCl max. 0.03%





NO. BOX

0170.1000 1 kg

Manga

248



M

0174Manganese(II) Sulfate Monohydrate’BAKER ANALYZED’ / ACS

A MnSO4.H2O

M = 1 69.0 1 g/mol

CAS NO. 1 0034-96-5

EINECS 232-089-9

NC CODE 2833 29 90

EC NO. 25 003 00 4

UN/ID NO. 3077

ADR/RID 9 M7

IMDG 9/III

R: 48/20/22-5 1 /53

S: 22-6 1

oN


4Xn

harmful

Exceeds ACS SpecificationsAssay 98.0- 10 1 .0%






Loss on Ignition 10.0- 12.0%






Copper (Cu) max. 5

Nickel (Ni) max. 5

Substances Reducing KMnO4 max. 5


NO. BOX

0174.1000 1 kg

1125Mannitol’BAKER ANALYZED’ / ACS

A HOCH2(CHOH)4CH2OH

M = 1 82. 17 g/mol

CAS NO. 69-65-8

EINECS 200-7 1 1 -8

NC CODE 2905 43 00

Meets ACS SpecificationsInsoluble Matter max. 0.0 1%


Reducing Sugars passes test


Specific Rotation [a] 25D +23.3° to +24.3°





NO. BOX

1125.0250 250 g

1125.1000 1 kg 6

1998Mannitol’BAKER’

A HOCH2(CHOH)4CH2OH

M = 1 82. 17 g/mol

CAS NO. 69-65-8

EINECS 200-7 1 1 -8

NC CODE 2905 43 00

Assay (dried basis) 96.0- 10 1 .5%

Acidity passes test





Melting Range 164- 169°C

Reducing Sugars passes test

Specific rotation +137- +145°



NO. BOX

1998.1000 1 kg 6

1998.9050 50 kg

CMannitolSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

CMarshall’s ReagentSee N-(1-Naphthyl) Ethylenediamine Dihydrochloride

3814May GrünwaldPowder / HEMATOLOGY/CYTOLOGY/HISTOLOGY

NC CODE 3204 12 00

R: 22-36

S: 22-26

4Xn

harmful

Non oxidized Methylene Blue/Eosine Y Stain,suitable for staining blood smears


NO. BOX

3814.0025 25 g Glass

May

249



M

3855May GrünwaldHEMATOLOGY/CYTOLOGY/HISTOLOGY

1 l = 0.79 kg

FLASHPOINT 1 1 °C

NC CODE 3204 12 00

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39-39/23/24/25

S: 1 6-36/37/39-45

0F

highlyflammable

3T

toxic

May-Grünwalds Eosine-Methylene Blue Solutionmodified for Microscopy (contains Methanol)


NO. BOX

3855.0100 100 ml Glass

3855.0500 500 ml Glass

3855.1000 1 l Glass

3855.2500 2.5 l Glass

3855.9020PE 20 L jerrycan

AMayer’s HematoxylineSee Hematoxyline

AMentholSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Alevo-MentholSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

40492-Mercaptoethanol’BAKER ULTRAPURE BIOREAGENT’

A HSCH2CH2OH

M = 78. 13 g/mol

1 l = 1 . 1 1 kg

FLASHPOINT 74 °C

CAS NO. 60-24-2

EINECS 200-464-6

NC CODE 2930 90 70

UN/ID NO. 2966

ADR/RID 6. 1 T 1

IMDG 6. 1 /II

R: 22-24-34-5 1 /53

S: 26-28A-36/37/39-45-6 1

oN


3T

toxic

For Electrophoresis and other Molecular BiologyApplicationsAssay (by GC) min. 99.0%






Copper (Cu) max. 10

Iron (Fe) max. 5

Lead (Pb) max. 5

Zinc (Zn) max. 5


NO. BOX

4049.0100 100 g

4049.0500 500 g

9006Mercury’BAKER ANALYZED’ / ACS

A Hg

M = 200.59 g/mol

CAS NO. 7439-97-6

EINECS 23 1 - 106-7

NC CODE 2805 40 90

EC NO. 80 00 1 00 0

UN/ID NO. 2809

ADR/RID 8 C9

IMDG 8/III

R: 23-33-50/53

S: 45-60-6 1 -7

oN


3T

toxic

Meets ACS SpecificationsAppearance passes test

Non-volatile Matter max. 5 ppm


NO. BOX

9006.0500 500 g

9006.1000 1 kg

May

250



M

5768Mercury 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Hg

M = 200.59 g/mol

NC CODE 3822 00 00

EC NO. 7 004 00 1

R: 20/2 1 /22-33-36/38

S: 26-36/37

4Xn

harmful

Certificate Provided Reporting Actual Lot AnalysisMercury (Hg) 998- 1002 mg/ml


NO. BOX

5768.0100 100 ml







6934Mercury 1000 mg/ml0.10% (w/v) / (Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Hg

M = 200.59 g/mol

NC CODE 3822 00 00

R: 20/2 1 /22-33-36/38

S: 26-36/37

4Xn

harmful

Mercury (Hg) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6934.0100 100 ml

6934.0500 500 ml





6817Mercury 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Hg

M = 200.59 g/mol

NC CODE 3822 00 00

R: 20/2 1 /22-33-36/38

S: 26-36/37

4Xn

harmful

Mercury (Hg) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6817.0100 100 ml

6817.0500 500 ml

Mercury(II)nitrate in nitric acid 0.5 mol/l.

5736Mercury 10000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Hg

M = 200.59 g/mol

NC CODE 3822 00 00

EC NO. 7 004 00 1

R: 23/24/25-33-36/38-52/53

S: 26-36/37-45

3T

toxic

Certificate Provided Reporting Actual Lot AnalysisMercury (Hg) 9980- 10020 mg/ml


NO. BOX

5736.0100 100 ml







Mercu

251



M

1128Mercury(II) Acetate’BAKER ANALYZED’ / ACS

A Hg(CH3COO)2

M = 3 18.68 g/mol

CAS NO. 1 600-27-7

EINECS 2 16-49 1 - 1

NC CODE 29 15 29 00

EC NO. 80 004 00 7

UN/ID NO. 1 629

ADR/RID 6. 1 T5

IMDG 6. 1 /II

R: 26/27/28-33-50/53

S: 1 3-28-36-45-60-6 1

oN


3T+

very toxic





Mercurous Mercury (as Hg) max. 0.4%


Other Heavy Metals (as Pb) max. 0.002%

Residue after Reduction max. 0.02%



NO. BOX

1128.0500 500 g

1131Mercury(II) Chloride’BAKER ANALYZED’ / ACS

A HgCl2M = 27 1 .50 g/mol

CAS NO. 7487-94-7

EINECS 23 1 -299-8

NC CODE 2827 39 80

EC NO. 80 0 10 00 0

UN/ID NO. 1 624

ADR/RID 6. 1 T5

IMDG 6. 1 /II

R: 28-34-48/24/25-50/53

S: 36/37/39-45-60-6 1

oN


3T+

very toxic




Solution in Ethyl Ether passes test


NO. BOX

1131.0100 100 g

1131.0500 500 g

1133Mercury(II) Iodide, Red’BAKER ANALYZED’ / ACS

A HgI2M = 454.40 g/mol

CAS NO. 7774-29-0

EINECS 23 1 -873-8

NC CODE 2827 60 00

EC NO. 80 002 00 6

UN/ID NO. 1 638

ADR/RID 6. 1 T5

IMDG 6. 1 /II

R: 26/27/28-33-50/53

S: 1 3-28-45-60-6 1

oN


3T+

very toxic


Mercurous Mercury (as Hg) max. 0. 1%

Solubility in Potassium Iodide Solution passes test

Soluble Mercury Salts (as Hg) max. 0.05%


NO. BOX

1133.0100 100 g

Mercu

252



M

1134Mercury(II) Nitrate Monohydrate’BAKER ANALYZED’

A Hg(NO3)2.H2O

M = 342.62 g/mol

CAS NO. 1 0045-94-0

EINECS 233- 152-3

NC CODE 2834 29 30

EC NO. 80 002 00 6

UN/ID NO. 1 625

ADR/RID 6. 1 T5

IMDG 6. 1 /II

R: 26/27/28-33-50/53

S: 1 3-28-45-60-6 1

oN


3T+

very toxic

Assay min. 99.0%



Mercurous Mercury (as Hg) max. 0. 1%




NO. BOX

1134.0100 100 g

7252Mercury (II) Nitrate0.05 mol/l / ’BAKER ANALYZED’

A Hg(NO3)2

M = 342.62 g/mol

1 l = 1 .00 kg

NC CODE 2834 29 30

UN/ID NO. 2024

ADR/RID 6. 1 T4

IMDG 6. 1 /II

R: 23/24/25-33-52/53

S: 26-36/37-45

3T

toxic


NO. BOX

7252.1000 1 l

1136Mercury(II) Oxide, Red’BAKER ANALYZED’ / ACS

A HgO

M = 2 16.59 g/mol

CAS NO. 2 1908-53-2

EINECS 244-654-7

NC CODE 2825 90 50

EC NO. 80 002 00 6

UN/ID NO. 1 64 1

ADR/RID 6. 1 T5

IMDG 6. 1 /II

R: 26/27/28-33-50/53

S: 1 3-28-45-60-6 1

oN


3T+

very toxic



Insoluble in Dilute HCl max. 0.03%


Nitrogen Compounds (as N) max. 0.005%




NO. BOX

1136.0100 100 g

Mercu

253



M

1140Mercury(II) Sulfate’BAKER ANALYZED’ / ACS

A HgSO4

M = 296.65 g/mol

CAS NO. 7783-35-9

EINECS 23 1 -992-5

NC CODE 2833 29 70

EC NO. 80 002 00 6

UN/ID NO. 1 645

ADR/RID 6. 1 T5

IMDG 6. 1 /II

R: 26/27/28-33-50/53

S: 1 3-28-45-60-6 1

oN


3T+

very toxic




Mercurous Mercury (as Hg) max. 0. 1 5%



Suitable for COD det. acc. NEN (max. 0.8 g

Hg(II)SO4/20 ml) passes test


NO. BOX

1140.0100 100 g 6

1140.0500 500 g 6

7464Mercury(II) Sulfate200 g/l in dilute sulfuric acid / ’BAKER ANALYZED’ / for the COD determination according DIN 38409-H43

EINECS 23 1 -992-5

NC CODE 2833 29 70

UN/ID NO. 3289

ADR/RID 6. 1 TC3

IMDG 6. 1 /II

R: 26/27/28-33-36/38-5 1 /53

S: 28-29-36/37-45

oN


3T+

very toxic


NO. BOX

7464.1000 1 l 6

7464.2500 2.5 l


7135Mercury(II) Sulfate80 g/l in 0.020 mol/l K2Cr2O7 solution in sulfuric acid. / ’BAKER ANALYZED’ / For COD determination according DIN 38409-H41.

1 l = 1 . 1 9 kg

CAS NO. 7783-35-9

EINECS 23 1 -992-5

NC CODE 2833 29 70

UN/ID NO. 3289

ADR/RID 6. 1 TC3

IMDG 6. 1 /II

R: 26/27/28-33-35-43-45-46-5 1 /53

S: 26-28A-29-36/37/39-45-53

oN


3T+

very toxic

Identity (Hg+) passes test

Molarity (K2Cr2O7) (M) 0.0 198-0.0202


NO. BOX

7135.1000 1 l 6

7135.2500 2.5 l 4


7642Mercury(II) Sulfate80 g/l in 0.04 mol/l K2Cr2O7 solution in sulfuric acid / ’BAKER ANALYZED’ / for the COD determiniation according AFNOR NF T 90-101

1 l = 1 . 1 9 kg

CAS NO. 7783-35-9

NC CODE 2833 29 70

UN/ID NO. 3289

ADR/RID 6. 1 TC3

IMDG 6. 1 /II

R: 26/27/28-33-35-43-46-49-5 1 /53

S: 26-28-29-36/37/39-45-53-57

oN


3T+

very toxic

Molarity (M) 0.0396 - 0.0404 PRODUCT PACKING CONT.

NO. BOX

7642.1000 1 l 6

7642.2500 2.5 l 4

Mercury(II)Sulfate 80 g/l in Sulfuric acid / Potassium

dichromate 0.04 mol/l.

AMES Monohydrate, Free AcidSee 2-(N-Morpholino)-ethanesulfonic Acid Monohydrate

Mercu

254



M

CMetaphosphoric AcidSee meta-Phosphoric Acid

CMethanalSee Formaldehyde solution

CMethanoic AcidSee Formic Acid

9077Methanol’BAKER ULTRA RESI-ANALYZED’ / Absolute, suitable for Purge and Trap analysis

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/25

S: 1 6-24-45-7

0F

highlyflammable

3T

toxic




Titrable Base (meq/g) max. 0.000 1


Volatile Organic Trace Analysis. Gas

Chromatography with Purge and Trap

Concentration. EPA Contract Required Quantitation

Limit-CRQL.:

Electroconductivity Detection, Below CRQL passes test

Photoionization Detection, Below CRQL passes test


NO. BOX

9077.1000 1 l 6

9263Methanol’BAKER ULTRA RESI-ANALYZED’ / for Organic Residue Analysis

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/25

S: 1 6-24-45-7

0F

highlyflammable

3T

toxic


Acetone max. 0.00 1%




Titrable Acid (meq/g) max.0.0003

Titrable Base (meq/g) max.0.000 1


ECD Sensitive Impurities (as Heptachlor Epoxide):

Single Impurity Peak (pg/ml) max. 10

FID-Sensitive Impurities (as 2-Octanol):

Single Impurity Peak (ng/ml) max. 5


NO. BOX

9263.1000 1 l 6

9263.2500 2.5 l 4

Metha

255



M

9822MethanolBAKER ANALYZED LC-MS Reagent

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Certificate Provided Reporting Actual Lot AnalysisAssay (by GC) min. 99.8%



LC-Gradient-Diode Array Detection (a.u.), test

solution is modified with 0.1% (v/v) formic acid:

at 235 nm max. 0.005

at 254 nm max. 0.00 1

LC-MS Gradient Suitability Test (TIC, 100 to 2000

m/z), test solution is modified with 0.1% (v/v)

formic acid:

Positive ESI-MS Sensitive Impurities (as

Reserpine) max. 50 ng/ml


Density (g/ml) at 20°C 0.79




Iron (Fe) max. 50


Sodium (Na) max. 50


at 225 nm max. 0.20

at 254 nm max. 0.02

at 280 nm max. 0.0 1


NO. BOX

9822.1000GL 1 l Glass 6

Element concentrations are at time of lot release.

8402Methanol’BAKER HPLC ANALYZED’ / HPLC Gradient Grade

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic



Residue after Evaporation (in ppm) max. 2




Fluorescence Trace Impurities (as quinine base),

ppb:

Measured at 450 nm max. 0.3

Measured at Emission Maximum for

Solvent Impurities max. 1 .0

Gradient Elution Test Ultraviolet Absorbance (a.u.):

at 235 nm max. 0.005

at 254 nm max. 0.00 1


at 225 nm max. 0. 17

at 280 nm max. 0.0 1

at 350 nm max. 0.0 1



NO. BOX

8402.1000 1 l 6

8402.2500 2.5 l 4

8402.5000 5 l EcoTainer 4

Filtered through a 0.2 micron filter.

Packaged under Nitrogen.

Metha

256



M

8404Methanol’BAKER HPLC ANALYZED’ / HPLC Isocratic Grade

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Assay (by GC) min. 99.8%







at 225 nm max. 0.30

at 240 nm max. 0. 10

at 265 nm max. 0.0 1


NO. BOX

8404.1000 1 l 6

8404.2500 2.5 l 4


8404.9010RC 10 l Returnable Container



8046Methanol’BAKER ANALYZED’ / Ultraviolet Spectrophotometry / ACS

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Exceeds ACS SpecificationsAssay (by GC) min. 99.8%

Appearance clear

Carbonyl Compounds passes test





Substances Reducing KMnO4 passes test



Water (H2O) max. 0. 1 0%


at 205 nm max. 1 .00

at 2 10 nm max. 0.80

at 220 nm max. 0.40

at 230 nm max. 0.20

at 240 nm max. 0. 10

at 260 nm max. 0.04

at 280-400 nm max. 0.0 1


NO. BOX

8046.1000 1 l 6

8046.2500 2.5 l 4

9097MethanolBakerDRY / Low Water Solvent / ACS

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Meets ACS SpecificationsAssay (CH3OH)(by GC,corrected for water) min. 99.8%






Substances Reducing Permanganate passes test


Titrable base (meq/g) max. 0.2

Water (by KF, coulometric) max. 30 ppm

Carbonyl Compounds:

Acetaldehyde max. 0.00 1%


Formaldehyde (HCHO) max. 0.00 1%


NO. BOX

9097.1000 1 l

Metha

257



M

9091Methanol’BAKER BIO-ANALYZED’ / For Biotechnology Applications

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Assay (CH3OH)(by GC,corrected for water) min. 99.8%


Residue after Evaporation max. 2.0 ppm




Gradient Elution Test (a.u.):

at 254 nm max. 0.005

Physical Data (not specifications):

Density (g/ml) at 20°C 0.79 1


at 225 nm max. 0. 15

at 254-400 nm max. 0.0 1



NO. BOX

9091.4000GL 4 l Glass

9049Methanolmax. 0.01% H2O / ’BAKER ANALYZED’ / Dried / ACS

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic


Appearance clear









Water (H2O) max. 0.0 1%




Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

9049.1000 1 l 6

9049.1000S 1 l EcoTainer

9049.2500 2.5 l 4

EcoTainer, the metal solvent can for more safety in the lab.

Metha

258



M

8045Methanol’BAKER ANALYZED’ / ACS

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic


Appearance clear




Resistivity (megaohm-cm) min. 0. 1










Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8045.1000 1 l 6

8045.2500 2.5 l 4

8045.2500PE 2.5 l HDPE 4



8045.9025 25 l 4


8045.9200 200 l



2685Methanol’BAKER ANALYZED’ / ACS, PhEur

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Exceeds ACS Specifications. Meets Ph.Eur.Reagent SpecificationsA.C.S. Specification(s):

Appearance clear

Assay min. 99.8%




Resistivity (megaohm-cm) min. 0. 1







Ph. Eur. Reagent Specification(s):

Acetone, Aldehydes (as Acetone) max. 0.00 1%



NO. BOX

2685.9200ST 200 l Steel Drum

Metha

259



M

8047Methanol’BAKER’

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic

Assay min. 99.5%

Acetone, Aldehydes (as Acetone) max. 0.002%

Boiling Range (initial to dry point) max. 2°C






NO. BOX

8047.1000 1 l

8047.2500 2.5 l 4


8047.9025 25 l 4

8047.9200 200 l



3400Methanol99.5% / HISTO GRADE

A CH3OH

M = 32.04 g/mol

1 l = 0.79 kg

FLASHPOINT 1 1 °C

CAS NO. 67-56- 1

EINECS 200-659-6

NC CODE 2905 1 1 00

EC NO. 603 00 1 00 0

UN/ID NO. 1 230

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7

0F

highlyflammable

3T

toxic


NO. BOX

3400.0500PE 500 ml HDPE

3400.5000 5 l Jerrycan

3400.9010 10 l Jerrycan

3400.9025 25 l Jerrycan

Histo-Grade implicates that this reagent is specially tested

and therefore solely intended for use in histo-pathology

applications. This reagent is of an analytical quality.

AMethanolSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AMethanol MOS, VLSI, ULSI GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

AMethenamineSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AL-MethionineSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AMethotrexateSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AMethoxybenzeneSee Anisole

Metha

260

Reagents for DNA/RNA synthesis

Major fields of application for reagents:

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We offer a complete range:

• Synthesis reagents

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Synthesis reagents available

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• ABI series 390Z, 392, 394, 3900 and 3948

• Milligen – Biosearch System 8800

• Expedite 8905 and 8909

We offer a complete range of

synthesis solvents and reagents:

• Acetonitrile

(<30 ppm bottles; <10 ppm CYCLE-TAINER System)

• Dichloromethane (< 30 ppm)

• Deblock

• Activator: besides 1H-Tetrazole we have available

5-Ethylthio-1H-tetrazole (ETT) and

4,5-Dicyanoimidazole (DCI)

• Capping A

• Capping B

• Oxidising

Reagents for DNA/RNA purification and analysis

• HPLC Solvents and reagents

• BAKERBOND spe

• BAKERBOND Speedisk

The critical flushing solvent: Acetonitrile

Product Name Description Product Code Content

Acetonitrile Acetonitrile low water in CYCLE-TAINER (< 10 ppm) 8134 20, 50, 200, 1400 L

Acetonitrile Acetonitrile low water in bottles (< 30 ppm) 8144 2,5 and 4 L

261



M

80842-Methoxyethanol’BAKER ANALYZED’

A CH3OCH2CH2OH

M = 76. 10 g/mol

1 l = 0.96 kg

FLASHPOINT 39 °C

CAS NO. 1 09-86-4

EINECS 203-7 13-7

NC CODE 2909 42 00

EC NO. 603 0 1 1 00 4

UN/ID NO. 1 1 88

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-20/2 1 /22-60-6 1

S: 45-53

3T

toxic




Density (g/ml) at 20°C 0.964-0.966

Peroxide passes test






Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0.2




Tin (Sn) max. 0. 1

Zinc (Zn) max. 1 .0


NO. BOX

8084.1000 1 l 6

8084.9025 25 l


AMethyl AlcoholSee Methanol

AMethyl AlcoholSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

2794p-(Methylamino)phenol Sulfate’BAKER ANALYZED’ / ACS

A (CH3NHC6H4OH)2.H2SO4

M = 344.39 g/mol

CAS NO. 55-55-0

EINECS 200-237- 1

NC CODE 2922 29 00

EC NO. 650 03 1 00 4

UN/ID NO. 3077

ADR/RID 9 M7

IMDG 9/III

R: 22-43-48/22-50/53

S: 36/37-46-60-6 1

oN


4Xn

harmful

Meets ACS SpecificationsAssay 99.0- 10 1 .5%


Suitability for Phopshate Determination passes test


NO. BOX

2794.0500 500 g

8123Methyl Benzoate’BAKER’

A C6H5COOCH3

M = 1 36. 15 g/mol

1 l = 1 .09 kg

FLASHPOINT 83 °C

CAS NO. 93-58-3

EINECS 202-259-7

NC CODE 29 16 3 1 00

R: 22

S: 23-24/25

4Xn

harmful


Acidity (as C6H5COOH) passes test

Boiling Range 197-200°C


NO. BOX

8123.1000 1 l

Metho

262



M

81132-Methylbutane’BAKER’

A CH3CH2CH(CH3)2

M = 72. 15 g/mol

1 l = 0.62 kg


CAS NO. 78-78-4

EINECS 20 1 - 142-8

NC CODE 290 1 10 00

EC NO. 60 1 006 00 1

UN/ID NO. 1 265

ADR/RID 3 F 1

IMDG 3/I

R: 1 2-5 1 /53-65-66-67

S: 1 6-29-33-6 1 -62-9

oN


0F+

extremelyflammable

4Xn

harmful


Boiling Point 27.5-28.5°C



NO. BOX

8113.1000 1 l 6

8113.9025 25 l


C3-Methyl-1-butanolSee Isoamyl Alcohol

9043Methyl tert-Butyl Ether’BAKER ULTRA RESI-ANALYZED’ / for Organic Residue Analysis

A (CH3)COCH3

M = 88. 15 g/mol

1 l = 0.74 kg


CAS NO. 1 634-04-4

EINECS 2 16-653- 1

NC CODE 2909 19 00

UN/ID NO. 2398

ADR/RID 3 F 1

IMDG 3/II

R: 1 2

S: 1 6-29-33-9

0F+

extremelyflammable

Assay (corrected for H2O) min. 99.0%

Peroxide (as H2O2) (in ppm) max. 1 ppm

Residue after Evaporation (in ppm) max. 2 ppm



Single Impurities (pg/ml) max. 10




NO. BOX

9043.1000 1 l

9043.4000 4 l Glass

9042Methyl tert-Butyl Ether’BAKER HPLC ANALYZED’ / for use in High Performance Liquid Chromatography

A (CH3)3COCH3

M = 88. 15 g/mol

1 l = 0.74 kg


CAS NO. 1 634-04-4

EINECS 2 16-653- 1

NC CODE 2909 19 00

UN/ID NO. 2398

ADR/RID 3 F 1

IMDG 3/II

R: 1 2

S: 1 6-29-33-43A-9

0F+

extremelyflammable

Assay min. 99.0%


ppb:

Measured at 450 nm value on certificate

Measured at Emission Maximum value on certificate

Maximum Limits of Impurities:

Peroxide (as H2O2) 1 ppm

Residue after Evaporation 3 ppm

Water (H2O) 0.05%




at 254 nm max. 0. 1

at 280 nm max. 0.02

at 350 nm max. 0.0 1

UV Cut-off, nm max. 2 15


NO. BOX

9042.1000 1 l 6

9042.2500 2.5 l 4




CMethyl CyanideSee Acetonitrile

Methy

263



M

8050Methylcyclohexane’BAKER ANALYZED’

A CH3CH(CH2)4CH2

M = 98. 19 g/mol

1 l = 0.77 kg

FLASHPOINT −4 °C

CAS NO. 1 08-87-2

EINECS 203-624-3

NC CODE 2902 19 80

EC NO. 60 1 0 18 00 7

UN/ID NO. 2296

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-33-6 1 -62-9

oN


4Xn

harmful0

F

highlyflammable


Identification (by IR) passes test



Boiling Point (typical) 1 0 1 .0°C

Density (g/ml) at 25°C (typical) 0.765


NO. BOX

8050.0500 500 ml

A4-Methyl-1,3-dioxolan-2-oneSee Propylene Carbonate

4031N,N’-Methylenbisacrylamide’BAKER ULTRAPURE BIOREAGENT’

A CH2(NHCOCH:CH2)2

M = 1 54.20 g/mol

CAS NO. 1 1 0-26-9

EINECS 203-750-9

NC CODE 2924 19 00

R: 22

4Xn

harmful

Crosslinking Agent for Polyacrylamide GelsAssay min. 99.5%

Acrylic acid (CH2:CHCOOH) max. 0.0 1%

Conductivity of 2% Solution (mmho) max. 10

DNAase none detected

pH of 1% Solution at 25°C min. 5.3

Protease none detected

RNAase none detected

Absorbance of a 1% Solution (1-cm path vs water):

at 290 nm max. 0.2


NO. BOX

4031.0025 25 g Glass

4031.0100 100 g

1329Methylene Blue’BAKER ANALYZED’

A C16H18CIN3S.nH2O

M = 3 19.86 g/mol

CAS NO. 6 1 -73-4

EINECS 200-5 15-2

NC CODE 2934 30 90

R: 22

S: 22-24/25

4Xn

harmful


Solubility passes test

Zinc (Zn) passes test


NO. BOX

1329.0025 25 g Glass 6

1329.0100GL 100 g Glass

AMethylenechlorideSee Dichloromethane

Methy

264



M

9214Methyl Ethyl Ketone’BAKER HPLC ANALYZED’ / for use in High Performance Liquid Chromatography

A CH3CH2COCH3

M = 72. 1 1 g/mol

1 l = 0.80 kg

FLASHPOINT −1 °C

CAS NO. 78-93-3

EINECS 20 1 - 159-0

NC CODE 29 14 12 00

EC NO. 606 002 00 3

UN/ID NO. 1 1 93

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -36-66-67

S: 1 6-9

0F

highlyflammable

4Xi

irritant





ppb:

Measured at 450 nm information only


Solvent Impurities information only




at 340 nm max. 0.07

at 350 nm max. 0.0 1

at 362 nm max. 0.0 1



NO. BOX

9214.2500 2.5 l



8052Methyl Ethyl Ketone’BAKER ANALYZED’

A CH3CH2COCH3

M = 72. 1 1 g/mol

1 l = 0.80 kg

FLASHPOINT −1 °C

CAS NO. 78-93-3

EINECS 20 1 - 159-0

NC CODE 29 14 12 00

EC NO. 606 002 00 3

UN/ID NO. 1 1 93

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -36-66-67

S: 1 6-9

0F

highlyflammable

4Xi

irritant


Acidity (as CH3COOH) max. 0.003%

Boiling Range max. 1 .5°C

Density (g/ml) at 25°C 0.797-080 1

Recorded Boiling Point 79.6°C






Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8052.1000 1 l 6

8052.2500 2.5 l 4

8052.9025 25 l

8052.9200 200 l


8053Methyl Ethyl Ketone’BAKER’

A CH3CH2COCH3

M = 72. 1 1 g/mol

1 l = 0.80 kg

FLASHPOINT −1 °C

CAS NO. 78-93-3

EINECS 20 1 - 159-0

NC CODE 29 14 12 00

EC NO. 606 002 00 3

UN/ID NO. 1 1 93

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -36-66-67

S: 1 6-9

0F

highlyflammable

4Xi

irritant

Acidity (as CH3COOH) max. 0.005%

Boiling Range max. 2°C

Density (g/ml) at 25°C 0.797-0.80 1



NO. BOX

8053.1000 1 l 6

8053.2500 2.5 l

8053.9025 25 l

8053.9200 200 l


CMethyl Ethyl Ketone MOS, VLSI GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

Methy

265



M

4855Methyl Isobutyl KetoneULTREX Ultrapure Reagent / for Trace Metal Analysis

A CH3COCH2CH(CH3)2

M = 1 00. 16 g/mol

1 l = 0.80 kg

FLASHPOINT 1 7 °C

CAS NO. 1 08- 10- 1

EINECS 203-550- 1

NC CODE 29 14 13 00

EC NO. 606 004 00 4

UN/ID NO. 1 245

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -20-36/37-66

S: 1 6-29-9

4Xn

harmful0

F

highlyflammable

Certificate Provided Reports Actual Lot AnalysisAssay (by GC) (corrected for water) 99.0- 100.0%

Density (g/ml) at 25°C act. value reported

Residue after Evaporation act. value reported

Titrable Acid (meq/g) act. value reported

Water (H2O) act. value reported

Metallic Impurities (in ppb)(ng/g):

Bismuth (Bi) max. 1

Cadmium (Cd) max. 1


Cobalt (Co) max. 2

Copper (Cu) max. 1

Gallium (Ga) max. 1

Iron (Fe) max. 2

Lead (Pb) max. 1


Mercury (Hg) max. 5


Nickel (Ni) max. 1

Silver (Ag) max. 1


Tin (Sn) max. 1

Vanadium (V) max. 1

Zinc (Zn) max. 10


Ultraviolet Absorbance (1.00-cm path vs water;

curve smooth throughout stated range with no

extraneous impurity peaks):

at 335 nm act. value reported






Windows of Infrared Transmittance (0.1-mm path,

50-100% T), mm:

2.5-2.9 passes test

3.6-5.5 passes test

6.2-6.4 passes test

9.2-9.9 passes test

10.9- 1 1 .7 passes test

12.0- 15.0 passes test


NO. BOX

4855.1000 1 l

Methy

266



M

8224Methyl Isobutyl KetonePHOTREX Reagent / For Spectrophotometry / ACS

A CH3COCH2CH(CH3)2

M = 1 00. 16 g/mol

1 l = 0.80 kg

FLASHPOINT 1 7 °C

CAS NO. 1 08- 10- 1

EINECS 203-550- 1

NC CODE 29 14 13 00

EC NO. 606 004 00 4

UN/ID NO. 1 245

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -20-36/37-66

S: 1 6-29-9

4Xn

harmful0

F

highlyflammable

Meets ACS SpecificationsAssay (by GC) (corrected for water) min. 98.5%







Boiling Point (typical) 1 1 5.5°C

Density (g/ml) at 25°C (typical) 0.796


at 335 nm max. 1 .00

at 340 nm max. 0.50

at 350 nm max. 0.25

at 360 nm max. 0. 15

at 380 nm max. 0.02

at 400 nm max. 0.0 1

Windows of Infrared Transmittance (0.1-mm path,

50-100% T), mm:

2.5-3.2 passes test

3.6-5.5 passes test

6.2-6.4 passes test

9.2-9.9 passes test

10.9- 1 1 .7 passes test

12.0- 15.0 passes test


NO. BOX

8224.0500 500 ml

8049Methyl Isobutyl Ketone’BAKER ANALYZED’ / ACS

A CH3COCH2CH(CH3)2

M = 1 00. 16 g/mol

1 l = 0.80 kg

FLASHPOINT 1 7 °C

CAS NO. 1 08- 10- 1

EINECS 203-550- 1

NC CODE 29 14 13 00

EC NO. 606 004 00 4

UN/ID NO. 1 245

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -20-36/37-66

S: 1 6-29-9

4Xn

harmful0

F

highlyflammable

Exceeds ACS SpecificationsAssay (by GC) min. 99%

Appearance clear








Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8049.1000 1 l 6

8049.2500 2.5 l 4


8049.9025 25 l

8049.9200 200 l



CMethyl Isobutyl Ketone MOS, VLSI GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

7136Methyl Orange0.1% in H2O / ’BAKER ANALYZED’

NC CODE 3204 13 00 Visual Transition Interval:

pH 3.2 pink or red

pH 4.4 yellow


NO. BOX

7136.0250 250 ml

7136.1000 1 l

Solution, ready for use.

Methy

267



M

1145Methyl Orange Sodium Salt’BAKER ANALYZED’ / ACS

A 4-(CH3)2NC6H4N:NC6H4-4-SO3Na

M = 327.34 g/mol

CAS NO. 547-58-0

EINECS 208-925-3

NC CODE 2927 00 00

UN/ID NO. 3 143

ADR/RID 6. 1 T2

IMDG 6. 1 /III

R: 25

S: 22-24/25-45

3T

toxic

Meets ACS SpecificationsClarity of Solution passes test

Visual Transition Interval:

pH 3.2 pink or red

pH 4.4 yellow


NO. BOX

1145.0100 100 g

C.I. 1 3025.

AMethyloxiraneSee Propylene Oxide

AMethylparabenSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

A4-Methyl-2-pentanoneSee Methyl Isobutyl Ketone

AMethyl Phenyl EtherSee Anisole

A2-Methyl-1-propanolSee Isobutyl Alcohol

92611-Methyl-2-pyrrolidone’BAKER BIO-ANALYZED’

A C5H9NO

M = 99. 13 g/mol

1 l = 1 .03 kg

FLASHPOINT 95 °C

CAS NO. 872-50-4

EINECS 2 12-828- 1

NC CODE 2933 79 00

EC NO. 606 02 1 00 7

R: 36/38

S: 4 1

4Xi

irritant

Assay (C5H9NO) min. 99.5%


Free Amines (as CH3NH2) max. 0.0 1%

Heavy Metals (as Pb) max. 0. 1 ppm


Water (H2O) max. 200 ppm


at 300 nm max. 0.5

at 325 nm max. 0. 1

at 350 nm max. 0.03

at 400 nm max. 0.0 1



NO. BOX

9261.4000GL 4 l Glass

93451-Methyl-2-pyrrolidone’BAKER ANALYZED’ / For peptide synthesis

A C5H9NO

M = 99. 13 g/mol

1 l = 1 .03 kg

FLASHPOINT 95 °C

CAS NO. 872-50-4

EINECS 2 12-828- 1

NC CODE 2933 79 00

EC NO. 606 02 1 00 7

R: 36/38

S: 4 1

4Xi

irritant

Assay min. 99.5%


Free Amines (as CH3NH2) max. 0.0 1%

Water (H2O) max. 200 ppm


NO. BOX

9345.4000GL 4 l Glass

A1-Methyl-2-Pyrrolidone (NMP) CMOS, Finyte GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

Methy

268



M

1146Methyl Red’BAKER ANALYZED’

A (CH3)2NC6H4N:NC6H4COOH

M = 269.3 1 g/mol

CAS NO. 493-52-7

EINECS 207-776- 1

NC CODE 2927 00 00

Insoluble Matter in Alcohol passes test


pH 4.2 pink

pH 6.2 yellow


NO. BOX

1146.0025 25 g Glass

C.I. 1 3020.

7137Methyl Red0.1% in ethanol / ’BAKER ANALYZED’

1 l = 0.80 kg

FLASHPOINT 1 1 °C

NC CODE 2927 00 00

UN/ID NO. 1 1 70

ADR/RID 3 F 1

IMDG 3/II

R: 1 1

S: 1 6-7/9

0F

highlyflammable


pH 4.2 pink

pH 6.2 yellow


NO. BOX

7137.0250 250 ml

Excluding excise.


CMethyl SalicylateSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

CMethylsulfoxideSee Dimethyl Sulfoxide

CMetolSee p-(Methylamino)phenol Sulfate

CMineral OilSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

6003-01Mixed Calibration Standard III(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant


Arsenic (As) 500

Molybdenum (Mo) 100

Silicon (Si) 1 00


NO. BOX

6003-01 100 ml


Traceable to NIST.

6004-01Mixed Calibration Standard IV(Matrix: 5% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

NC CODE 3822 00 00

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 34

S: 23-26-36/37/39-45

1C

corrosive


Aluminium (Al) 200

Calcium (Ca) 1000

Chromium (Cr) 20

Nickel (Ni) 20

Potassium (K) 400

Sodium (Na) 200


NO. BOX

6004-01 100 ml


Traceable to NIST.

Mixed

269



M

6005-01Mixed Calibration Standard VMatrix: 5% HNO3 and a trace of tartaric acid / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

NC CODE 3822 00 00

UN/ID NO. 3264

ADR/RID 8 C1

IMDG 8/III

R: 34

S: 23-26-36/37/39-45

1C

corrosive


Antimony (Sb) 200

Boron (B) 100

Magnesium (Mg) 1000

Silver (Ag) 50

Thallium (Tl) 200


NO. BOX

6005-01 100 ml


Traceable to NIST.

AMohr’s SaltSee Ammonium Iron (II) Sulfate Hexahydrate

1569Molecular Sieve 3Å8-12 mesh / ’BAKER ANALYZED’

NC CODE 3824 90 15 Loss on Drying at 300°C max. 5% PRODUCT PACKING CONT.

NO. BOX

1569.1000 1 kg

0810Molecular Sieve 4Å8-12 mesh / ’BAKER ANALYZED’

NC CODE 3824 90 15 Loss on Drying at 300°C max. 5% PRODUCT PACKING CONT.

NO. BOX

0810.1000 1 kg

Activated.

5769Molybdenum 1000 mg/ml(Matrix 2% ammonium hydroxide) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Mo

M = 95.94 g/mol

NC CODE 3822 00 00

Certificate Provided Reporting Actual Lot AnalysisMolybdenum (Mo) 998- 1002 mg/ml


NO. BOX

5769.0100 100 ml







6935Molybdenum 1000 mg/ml(Matrix 2% ammonium hydroxide) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Mo

M = 95.94 g/mol

NC CODE 3822 00 00

Molybdenum (Mo) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6935.0100 100 ml

6935.0500 500 ml





6818Molybdenum 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Mo

M = 95.94 g/mol

NC CODE 3822 00 00

Molybdenum (Mo) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6818.0100 100 ml

6818.0500 500 ml

Ammonium heptamolybdate in ammoniumhydroxide 0.5

mol/l.

Mixed

270



M

5737Molybdenum 10000 mg/ml(Matrix: 4% Ammonium Hydroxide) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Mo

M = 95.94 g/mol

NC CODE 3822 00 00

Certificate Provided Reporting Actual Lot AnalysisMolybdenum (Mo) 9980- 10020 mg/ml


NO. BOX

5737.0100 100 ml







0176Molybdic Acidpowder / ’BAKER ANALYZED’ / ACS

CAS NO. 7782-9 1 -4

EINECS 23 1 -970-5

NC CODE 2825 70 00

UN/ID NO. 3288

ADR/RID 6. 1 T5

IMDG 6. 1 /III

R: 36/37-48/20/22

S: 22-25

4Xn

harmful

Meets ACS SpecificationsAssay (as MoO3) min. 85.0%

Arsenate, Phosphate and Silicate (as SiO2) max. 0.00 1%



Insoluble in Dilute NH4OH max. 0.0 1%





NO. BOX

0176.0250 250 g

Molybdic Acid Reagent is commonly known as Molybdic

Acid 85% and consists largely of ammonium molybdate.

CMonochloroacetic AcidSee Chloroacetic Acid

CMonochlorobenzeneSee Chlorobenzene

CMonoethanolamineSee Ethanolamine

C3-(4-Morpholine)propanesulfonic acid, sodium saltSee MOPS, Sodium salt

40142-(N-Morpholino)-ethanesulfonic Acid Monohydratecrystalline / ’BAKER ULTRAPURE BIOREAGENT’

A CH2CH2OCH2CH2NCH2CH2SO3H.H2O

M = 2 13.25 g/mol

CAS NO. 4432-3 1 -9

EINECS 224-632-3

NC CODE 2934 90 96

Buffer for Liquid Chromatography and otherMolecular Biology ApplicationsAssay min. 98%


Colour of a 1M Alkaline Solution passes test



Loss on Drying at 130°C 7- 10%




pKa at 20°C 6. 15




NO. BOX

4014.0020 20 g

4014.0200 200 g

4014.1000 1 kg

Morph

271



M

4004Morpholinopropane Sulfonicacid’BAKER ULTRAPURE BIOREAGENT’

A C7H15NO4S

M = 209.26 g/mol

CAS NO. 1 1 32-6 1 -2

EINECS 2 14-478-5

NC CODE 2934 99 90

Assay (dried basis) min. 99%



Loss on Drying max. 1%




Solution ( 10% in water) passes test

Absorbance of a 0.1M Solution (1-cm path vs

water):

at 260 nm max. 0.02



Iron (Fe) max. 5


NO. BOX

4004.0100 100 g

4004.0500 500 g

4004.2500 2.5 kg

4163MOPS, Sodium salt’BAKER ULTRAPURE BIOREAGENT’

A C7H14NNaO4S

M = 23 1 .25 g/mol

CAS NO. 7 1 19-22-7

NC CODE 2934 99 90

Assay (dried basis) min. 99.0%





Insoluble Matter max. 1 .0%

Loss on Drying max. 1 .0%

pH of 0. 1 M Solution at 25°C 10.0- 1 1 .0




Absorbance of a 0.1 M Solution, Maximum (1-cm

path vs water):

at 260 nm max. 0.03


pKa at 20°C 7.20


NO. BOX

4163.0025 25 g Glass

4163.0100 100 g

4163.2500 2.5 kg

AMOS chemicalsSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

AMounting mediumSee UltraKitt

3904MountingClearHISTO GRADE

1 l = 0.69 kg


CAS NO. 540-84- 1

NC CODE 290 1 10 00

EC NO. 60 1 009 00 8

UN/ID NO. 1 262

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-50/53-65-67

S: 1 6-29-33-9

oN


4Xn

harmful0

F

highlyflammable

Intended for use as a Alcohol-Mountantintermediate during coverslipping in Histology andCytologyAromates (by UV) not detected

Assay (by GC)(2,2,4 Trimethylpentane) min. 90% (w/w)



NO. BOX

3904.2500 2.5 l Glass

AMulticompendial ProductsSee for detailed information section Pharmaceutical Products, page 36

AMulti-Element CCV Solution I & IISee CCV Solution I & II

Morph

272



N

CMulti-Element ICS Solution AB-1&AB-2See ICS Solution AB-1 & AB-2

CMulti-Element ICV Solution I & IISee ICV Solution I & II

CMulti-Element Interference Check Standard ISee Interference Check Standard I

CMulti Element Interference Check Standard IISee Interference Check Standard II

CMulti-Element Interference Check Standard IVSee Interference Check Standard IV

CMulti-Element Mixed Calibration Standard IIISee Mixed Calibration Standard III

CMulti-Element Mixed Calibration Standard IVSee Mixed Calibration Standard IV

CMulti-Element Mixed Calibration Standard VSee Mixed Calibration Standard V

CMulti-Element Primary Drinking Water Std ISee Primary Drinking Water Standard I

CMulti-Element Trace Metal Standard ISee Trace Metal Standard I

CMulti-Element Trace metal Standard IIISee Trace Metal Standard III

CMulti-Element Water Standard I & IISee Water Standard I & II

1149Murexide’BAKER ANALYZED’

A C8H8N6O6.H2O

M = 302.22 g/mol

CAS NO. 305 1 -09-0

EINECS 22 1 -266-6

NC CODE 2933 54 00

Sensitivity as Indicator passes test PRODUCT PACKING CONT.

NO. BOX

1149.0025 25 g Glass

11501-Naphthol’BAKER ANALYZED’

A C10H7OH

M = 1 44. 17 g/mol

CAS NO. 90- 15-3

EINECS 20 1 -969-4

NC CODE 2907 15 10

EC NO. 604 029 00 5

R: 2 1 /22-37/38-4 1

S: 22-26-37/39

4Xn

harmful

Assay min. 99%

Melting Point 93-96°C

Residue after Ignition max. 1%


NO. BOX

1150.0100 100 g

Napht

273



N

1341N-(1-Naphthyl) Ethylenediamine Dihydrochloride’BAKER ANALYZED’ / For Nitrogen Dioxide Determination (ASTM D-1607) / ACS

A C10H7NHCH2CH2NH2.2HCl

M = 259. 18 g/mol

CAS NO. 1 465-25-4

EINECS 2 15-98 1 -2

NC CODE 292 1 59 90

R: 36/38

S: 24/25-26

4Xi

irritant

Meets ACS Specifications. Meets ReagentSpecifications for testing USP/NF monographsSensitivity for Sulfanilamide passes test


Suitability for Nitrogen Dioxide

Determination(ASTM D1607) passes test

Water (H2O) max. 5%


NO. BOX

1341.0025 25 g Glass

Marshall’s Reagent.

ANeocuproine HydrochlorideSee 2,9-Dimethyl-1,10 phenanthroline Hydrochloride

ANiacinSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

5770Nickel 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Ni

M = 58.69 g/mol

NC CODE 3822 00 00

EC NO. 7 004 00 1

R: 36/37/38

S: 26-37

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisNickel (Ni) 998- 1002 mg/ml


NO. BOX

5770.0100 100 ml







6936Nickel 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Ni

M = 58.69 g/mol

NC CODE 3822 00 00

EC NO. 7 004 00 1

R: 36/38

S: 26-37

4Xi

irritant

Nickel (Ni) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6936.0100 100 ml

6936.0500 500 ml





6819Nickel 1000 mg/ml’BAKER ANALYZED’ / Atomic Absorption Standard

A Ni

M = 58.69 g/mol

NC CODE 3822 00 00

EC NO. 7 004 00 1

R: 36/38

S: 26-37

4Xi

irritant

Nickel (Ni) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6819.0100 100 ml

6819.0500 500 ml

Nickel nitrate in nitric acid 0.5 mol/l.

Napht

274



N

5738Nickel 10000 mg/ml1 .00% (w/v) / (Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Ni

M = 58.69 g/mol

NC CODE 3822 00 00

EC NO. 7 004 00 1

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisNickel (Ni) 9980- 10020 mg/ml


NO. BOX

5738.0100 100 ml







0179Nickel(II) Acetate 4-hydrate’BAKER ANALYZED’

A (CH3COO)2Ni.4H2O

M = 248.86 g/mol

CAS NO. 373-02-4

EINECS 206-76 1 -7

NC CODE 29 15 29 00

R: 22

S: 24

4Xn

harmful



Cobalt (Co) max. 0.2%

Copper (Cu) max. 0.0 1%









NO. BOX

0179.9050 50 kg

0181Nickel(II) Carbonate’BAKER ANALYZED’

CAS NO. 3333-67-3

EINECS 222-068-2

NC CODE 2836 99 18

EC NO. 28 0 10 00 0

R: 22-40-43-50/53

S: 22-36/37-60-6 1

oN


4Xn

harmful

Assay (as Ni) (by EDTA titrn.) min. 45.0%


Cobalt (Co) (by AAS) max. 0. 1%

Copper (Cu) (by AAS) max. 0.0 1%


Iron (Fe) (by AAS) max. 0.004%

Lead (Pb) (by AAS) max. 0.002%





NO. BOX

0181.0500 500 g

0182Nickel(II) Chloride Hexahydrate’BAKER ANALYZED’

A NiCl2.6H2O

M = 237.7 1 g/mol

CAS NO. 779 1 -20-0

EINECS 23 1 -743-0

NC CODE 2827 35 00

UN/ID NO. 3288

ADR/RID 6. 1 T5

IMDG 6. 1 /III

R: 23/24/25E-45

S: 22-36/37-44

3T

toxic







Lead (Pb) max. 0.00 1%








Copper (Cu) max. 5

Lithium (Li) max. 1

Zinc (Zn) max. 50


NO. BOX

0182.9050 50 kg

Nicke

275



N

0183Nickel(II) Chloride Hexahydrate’BAKER’

A NiCl2.6H2O

M = 237.7 1 g/mol

CAS NO. 779 1 -20-0

EINECS 23 1 -743-0

NC CODE 2827 35 00

UN/ID NO. 3288

ADR/RID 6. 1 T5

IMDG 6. 1 /III

R: 23/24/25E-45

S: 22-36/37-44

3T

toxic

Assay (by EDTA titrn.) min. 96%

Insoluble Substances max. 0.0 1%




NO. BOX

0183.2500 2.5 kg

0184Nickel(II) Nitrate Hexahydrate’BAKER ANALYZED’

A Ni(NO3)2.6H2O

M = 290.8 1 g/mol

CAS NO. 1 3478-00-7

EINECS 236-068-5

NC CODE 2834 29 20

UN/ID NO. 2725

ADR/RID 5. 1 O2

IMDG 5. 1 /III

R: 22-43-8

S: 24-36/37

4Xn

harmful




Cobalt (Co) (by AAS) max. 0.05%


Iron (Fe) (by AAS) max. 0.00 1%

Lead (Pb) (by AAS) max. 0.002%





Copper (Cu) (by AAS) max. 5


NO. BOX

0184.0500 500 g

1153Nickel(II) Oxide GreenPowder / ’BAKER ANALYZED’

A NiO

M = 74.7 1 g/mol

CAS NO. 1 3 13-99- 1

EINECS 2 15-2 15-7

NC CODE 2825 40 00

EC NO. 28 003 00 2

R: 43-49-53

S: 45-53-6 1

3T

toxic

Assay (by EDTA titrn.) min 99.0%

Aluminium (Al) max. 0.005%

Average Particle Diameter, mm (APD) (by

Sedigraph)(typical) max. 3









Silicon (Si) max. 0.0 1%


Total Sulfur (S) max. 0.0 1%



NO. BOX

1153.2500 2.5 kg

Nicke

276



N

0185Nickel(II) Sulfate Hexahydrate’BAKER ANALYZED’ / ACS

A NiSO4.6H2O

M = 262.86 g/mol

CAS NO. 1 0 10 1 -97-0

EINECS 232- 104-9

NC CODE 2833 24 00

EC NO. 28 009 00 5

R: 22-40-42/43-50/53

S: 22-36/37-60-6 1

oN


4Xn

harmful








Lithium (Li) max. 1 ppm


Manganese (Mn) max. 0.002%





Zinc (Zn) max. 50 ppm


NO. BOX

0185.0250 250 g

0185.1000 1 kg

5771Niobium 1000 mg/ml(Matrix: H2O plus a trace of hydrofluoric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Nb

M = 92.9 1 g/mol

NC CODE 3822 00 00

R: 20/2 1 /22-36

S: 26-36/37

4Xn

harmful

Certificate Provided Reporting Actual Lot AnalysisNiobium (Nb) 998- 1002 mg/ml


NO. BOX

5771.0100 100 ml







5760Niobium 10000 mg/ml1 .00% (w/v) / (Matrix: H2O plus a trace of hydrofluoric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Nb

M = 92.9 1 g/mol

NC CODE 3822 00 00

R: 20/2 1 /22-36

S: 26-36/37

4Xn

harmful

Certificate Provided Reporting Actual Lot AnalysisNiobium (Nb) 9980- 10020 mg/ml


NO. BOX

5760.0100 100 ml







Niobi

277



N

6901Nitric Acid70% / ULTREX II Ultrapure Reagent

A HNO3

M = 63.0 1 g/mol

1 l = 1 .4 1 kg

CAS NO. 7697-37-2

EINECS 23 1 -7 14-2

NC CODE 2808 00 00

EC NO. 7 004 00 1

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 35

S: 23-26-36-45

1C

corrosive

Certificate Provided Reporting Actual Lot AnalysisAssay 67-70% (w/w)





Barium (Ba) max. 10



Boron (B) max. 20



Cerium (Ce) max. 10

Cesium (Cs) max. 10


Cobalt (Co) max. 10

Copper (Cu) max. 20


Erbium (Er) max. 1





Gold (Au) max. 20


Holmium (Ho) max. 1

Indium (In) max. 1

Iron (Fe) max. 20


Lead (Pb) max. 10








Nickel (Ni) max. 50

Niobium (Nb) max. 1












Silver (Ag) max. 10

Sodium (Na) max. 10




Terbium (Tb) max. 1


Thorium (Th) max. 1

Thulium (Tm) max. 1

Tin (Sn) max. 20



Uranium (U) max. 1



Yttrium (Y) max. 1

Zinc (Zn) max. 20



NO. BOX




ANitric Acid 70% CMOS, Finyte GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

Nitri

278



N

9598Nitric Acid69.0-70.0 % / ’BAKER INSTRA-ANALYZED’ / for Trace Metal Analysis / ACS

A HNO3

M = 63.0 1 g/mol

1 l = 1 .42 kg

CAS NO. 7697-37-2

EINECS 23 1 -7 14-2

NC CODE 2808 00 00

EC NO. 7 004 00 1

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 35

S: 23-26-36-45

1C

corrosive





Specific Gravity at 60°/60°F 1 .4 16- 1 .420




Barium (Ba) max. 1


Bismuth (Bi) max. 1

Boron (B) max. 4

Cadmium (Cd) max. 1



Cobalt (Co) max. 1

Copper (Cu) max. 1



Gold (Au) max. 4


Iron (Fe) max. 10

Lead (Pb) max. 0.5

Lithium (Li) max. 1





Nickel (Ni) max. 1

Niobium (Nb) max. 1



Silver (Ag) max. 1





Tin (Sn) max. 5

Vanadium (V) max. 1

Zinc (Zn) max. 5



Chloride (Cl) max. 0.04

Phosphate (PO4) max. 0. 1



NO. BOX

9598.0500 500 ml 6

9598.2500 2.5 l 4

Nitri

279



N

6019Nitric Acid69.0-70.0 % / ’BAKER ANALYZED’ / ACS

A HNO3

M = 63.0 1 g/mol

1 l = 1 .42 kg

CAS NO. 7697-37-2

EINECS 23 1 -7 14-2

NC CODE 2808 00 00

EC NO. 7 004 00 1

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 35

S: 23-26-36-45

1C

corrosive

Meets ACS Specifications. Meets ReagentSpecifications for testing USP/NF monographsAssay 69.0-70.0%




Specific Gravity at 60°/60°F 1 .4 16 - 1 .420




Boron (B) max. 50



Copper (Cu) max. 50

Gold (Au) max. 200


Iron (Fe) max. 100

Lead (Pb) max. 100



Mercury (Hg) max. 5

Nickel (Ni) max. 50


Tin (Sn) max. 200


Zinc (Zn) max. 200


Chloride (Cl) max. 0. 1

Phosphate (PO4) max. 0.2



NO. BOX

6019.2500 2.5 l 4

6019.2500PE 2.5 l HDPE 4

ANitric Acid, 69.0-70.0%See for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

Nitri

280



N

6080Nitric Acid65% (max. 5 ppb Hg) / ’BAKER ANALYZED’

A HNO3

M = 63.0 1 g/mol

1 l = 1 .40 kg

CAS NO. 7697-37-2

EINECS 23 1 -7 14-2

NC CODE 2808 00 00

EC NO. 7 004 00 1

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 35

S: 23-26-36/37/39-45

1C

corrosive

Assay min. 65%

Chloride (Cl) max. 0.5 ppm

Dithizone determination passes test















Iron (Fe) max. 0. 1

Lead (Pb) max. 0.05













Zinc (Zn) max. 0.05



NO. BOX

6080.1000 1 l 6

6080.2500 2.5 l 4

6080.2500PE 2.5 l HDPE 4

6080.9025 25 l

CNitric Acid 65% CMOS, Finyte GradeSee for detailed information section Microelectronic materials page 32 or the website www.jtbaker.com/micro

7119Nitric Acid2 mol/l / ’BAKER ANALYZED’

A HNO3

M = 63.0 1 g/mol

CAS NO. 7697-37-2

EINECS 23 1 -7 14-2

NC CODE 2808 00 00

UN/ID NO. 203 1

ADR/RID 8 CO1

R: 34

S: 26-36/39-45

1C

corrosive

Titer (mol/l) 1 .995 - 2.005 PRODUCT PACKING CONT.

NO. BOX

7119.1000 1 l 6

7119.5000 5 l

7119.9020 20 l


Nitri

281



N

7622Nitric Acid1 mol/l / ’BAKER ANALYZED’

A HNO3

M = 63.0 1 g/mol

CAS NO. 7697-37-2

EINECS 23 1 -7 14-2

NC CODE 2808 00 00

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 34

S: 26-36/39-45

1C

corrosive

Titer (mol/l) 0.995- 1 .005 PRODUCT PACKING CONT.

NO. BOX

7622.5000 5 l HDPE

7622.9020 20 l Polycube


4868Nitric Acid1 mol/l / DILUT-IT

1 l = 1 .38 kg

NC CODE 2808 00 00

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 35

S: 23A-26-36/39-45

1C

corrosive


NO. BOX

4868 1 amp. 6


4712Nitric Acid0.1 mol/l / DILUT-IT

A HNO3

M = 63.0 1 g/mol

CAS NO. 7697-37-2

EINECS 23 1 -7 14-2

NC CODE 2808 00 00

EC NO. 7 004 00 1

UN/ID NO. 203 1

ADR/RID 8 CO1

IMDG 8/II

R: 34

S: 23-26-36-45

1C

corrosive


NO. BOX

4712 1 amp.


3351p-Nitrophenylphosphate, Disodium Salt’BAKER ANALYZED’

A NO2C6H4OPO3Na2.6H2O

M = 37 1 . 1 5 g/mol

CAS NO. 4264-83-9

EINECS 224-246-5

NC CODE 29 19 00 90

Assay about 70%

Free p-nitrophenol max. 0.07%


NO. BOX

3351.0005 5 g

3351.0025 25 g Glass

Nitri

282



O

8280n-Nonane’BAKER’

A CH3(CH2)7CH3

M = 1 28.26 g/mol

1 l = 0.72 kg

FLASHPOINT 3 1 °C

CAS NO. 1 1 1 -84-2

EINECS 203-9 13-4

NC CODE 290 1 10 00

UN/ID NO. 1 920

ADR/RID 3 F 1

IMDG 3/III

R: 1 0-5 1 /53

S: 1 6-6 1

oN



Boiling Point 150- 15 1 °C

Density (g/ml) at 20°C 0.7 17-0.7 18


NO. BOX

8280.2500 2.5 l

COctadecanoic AcidSee Stearic Acid

Ccis-9-Octadecenoic AcidSee Oleic Acid

Ciso-OctaneSee 2,2,4-Trimethylpentane

8159n-Octane’BAKER ANALYZED’

A CH3(CH2)6CH3

M = 1 1 4.23 g/mol

1 l = 0.70 kg

FLASHPOINT 1 2 °C

CAS NO. 1 1 1 -65-9

EINECS 203-892- 1

NC CODE 290 1 10 00

EC NO. 60 1 009 00 8

UN/ID NO. 1 262

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-50/53-65-67

S: 1 6-29-33-60-6 1 -62-9

oN


4Xn

harmful0

F

highlyflammable


Boiling Point 125- 126°C


NO. BOX

8159.0500 500 ml

28181-Octanesulfonic Acid Sodium Salt’BAKER ANALYZED’

A CH3(CH2)7SO3Na

M = 2 16.27 g/mol

CAS NO. 5324-84-5

EINECS 226- 195-4

NC CODE 2904 10 00

R: 36/38

S: 26

4Xi

irritant

For Ion-Pair ChromatographyAssay (acidimetric) min. 98.0%

UV Absorbance of 0.25M Solution:

at 200 nm max. 0. 10

at 2 10 nm max. 0.05

at 220 nm max. 0.04

at 230 nm max. 0.03

at 240 nm max. 0.02

at 250 nm max. 0.02

at 260 nm max. 0.02


NO. BOX

2818.0025 25 g Glass

Octan

283



O

70601-Octanol’BAKER ANALYZED’

A CH3(CH2)6CH2OH

M = 1 30.23 g/mol

1 l = 0.82 kg

FLASHPOINT 8 1 °C

CAS NO. 1 1 1 -87-5

EINECS 203-9 17-6

NC CODE 2905 16 80

R: 36/38

S: 23

4Xi

irritant



Density (g/ml) at 20°C 0.824-0.825



NO. BOX

7060.1000 1 l

7060.9025 25 l


70592-Octanol’BAKER’

A CH3(CH2)5CHOHCH3

M = 1 30.23 g/mol

1 l = 0.82 kg

FLASHPOINT 74 °C

CAS NO. 1 23-96-6

EINECS 204-667-0

NC CODE 2905 16 20

R: 36/38

S: 23

4Xi

irritant

Boiling Point 178- 18 1 °C

Density (g/ml) at 25°C 0.8 12-0.8 18


NO. BOX

7059.0100 100 ml

7059.1000 1 l

AOil of CedarwoodSee Cedarwood Oil

6035Oleic Acid’BAKER’

A CH3(CH2)7CH:CH(CH2)7COOH

M = 282.47 g/mol

1 l = 0.89 kg

FLASHPOINT 1 89 °C

CAS NO. 1 1 2-80- 1

EINECS 204-007- 1

NC CODE 29 16 15 00

Acid Value 196-204

Congealing Temperature max. 10°C

Iodine Value 85-95

Mineral Acids passes test

Neutral Fat or Mineral Oil passes test

Residue on Ignition max. 0.0 1%

Specific Gravity 0.889-0.895


NO. BOX

6035.1000 1 l

AOleic AcidSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AOleic Acid Sodium SaltSee Sodium Oleate

4425Orange G’BAKER ANALYZED’ / Certified Stain

A C16H10N2Na2O7S2

M = 452.38 g/mol

CAS NO. 1 936- 15-8

EINECS 2 17-705-6

NC CODE 3204 12 00

Certified for Use in Histology (C.I. 16230)Absorbance at maximum (3.0 mg/200 ml

in H2O, 1 -cm path) act. value reported

Absorbance Maximum, nm act. value reported

Biological Test passes test

Total Dye Content act. value reported


NO. BOX

4425.0025 25 g Glass

Certified by the Biological Stain Commission.

AOrange IIISee Methyl Orange Sodium Salt

AOrthoperiodic AcidSee Periodic Acid

Octan

284



O

COrthophosphoric AcidSee Phosphoric Acid

7141Oxalic Acid0.05 mol/l 0.1N / ’BAKER ANALYZED’

EINECS 205-634-3

NC CODE 29 17 1 1 00


NO. BOX

7141.1000 1 l

7141.9020 20 l Polycube




4665Oxalic Acid0.05 mol/l / DILUT-IT / 1/10 equiv. = 4.502g; 0.1 N

A HOCOCOOH

M = 90.04 g/mol

EINECS 205-634-3

NC CODE 29 17 1 1 00


NO. BOX

4665 1 amp.


0187Oxalic Acid Dihydrate’BAKER ANALYZED’ / ACS

A HOCOCOOH.2H2O

M = 1 26.07 g/mol

CAS NO. 6 153-56-6

EINECS 205-634-3

NC CODE 29 17 1 1 00

EC NO. 607 006 00 8

R: 2 1 /22

S: 24/25

4Xn

harmful



Nitrogen Compounds (as N) max. 0.00 1%


Substances Darkened by Hot H2SO4 passes test



Calcium (Ca) max. 5



Iron (Fe) max. 2


NO. BOX

0187.1000 1 kg 6

0187.9025 25 kg

9488Oxidizing (ABI)’BAKER ANALYZED’ / for DNA/RNA synthesis


NC CODE 3822 00 00

UN/ID NO. 1 993

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 - 1 9-20/2 1 /22-36/37

S: 1 6-23-25-36/37-9

4Xn

harmful0

F

highlyflammable

Suitable for Oligonucleotide SynthesisAssay Pyridine 18.5-2 1 .0% (v/v)

Molarity (Iodine) 0.0 18-0.022


NO. BOX

9488.0200 200 ml Glass

9488.0450 450 ml Glass

9488.2000 2 l Glass

9488.2500 2.5 l Glass

9519Oxidizing (ABI)’BAKER ANALYZED’ / for DNA/RNA synthesis


NC CODE 3822 00 00

UN/ID NO. 1 993

ADR/RID 3,3b

IMDG 3. 1 /II

R: 1 1 - 1 9-36/37

S: 1 6-26-33-9

0F

highlyflammable

4Xi

irritant

Suitable for Oligonucleotide SynthesisAssay Iodine (g/l) 3.87 - 4.73

Assay Iodine (mol/l) 0.0 15 - 0.0 19


NO. BOX

9519.0200 200 ml Glass

9519.0450 450 ml Glass

9519.0900 900 ml Glass

Oxidi

285



O

AOxidizing reagents for use in DNA synthesisSee for detailed information section Reagents for DNA/RNA Synthesis, page 261

AOxidizing reagents for use in DNA/RNA synthesisSee for detailed information section Reagents for DNA/RNA Synthesis, page 261

85642,2’-Oxydiethanol’BAKER’

A HOCH2CH2OCH2CH2OH

M = 1 06. 12 g/mol

1 l = 1 . 1 1 kg

FLASHPOINT 1 24 °C

CAS NO. 1 1 1 -46-6

EINECS 203-872-2

NC CODE 2909 4 1 00

Boiling Point 242-250°C PRODUCT PACKING CONT.

NO. BOX

8564.2500 2.5 l

APackaging OptionsSee for detailed information section Packaging Options, page 12

5772Palladium 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Pd

M = 1 06.42 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisPalladium (Pd) 998- 1002 mg/ml


NO. BOX

5772.0100 100 ml







6953Palladium 1000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Atomic Absorption Standard

A Pd

M = 1 06.42 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26

4Xi

irritant

Palladium (Pd) 998- 1002 mg/ml PRODUCT PACKING CONT.

NO. BOX

6953.0100 100 ml

6953.0500 500 ml





5739Palladium 10000 mg/ml(Matrix: 2% nitric acid) / ’BAKER INSTRA-ANALYZED’ / Plasma Standard

A Pd

M = 1 06.42 g/mol

NC CODE 3822 00 00

R: 36/38

S: 26-37

4Xi

irritant

Certificate Provided Reporting Actual Lot AnalysisPalladium (Pd) 9980- 10020 mg/ml


NO. BOX

5739.0100 100 ml







1156PANPowder / ’BAKER ANALYZED’

A C5H4NN:NC10H6OH

M = 249.28 g/mol

CAS NO. 85-85-8

EINECS 20 1 -637-9

NC CODE 2933 39 95

Sensitivity as Indicator passes test PRODUCT PACKING CONT.

NO. BOX

1156.0001 1 g

Oxidi

286



P

CPancreatinSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

3864Papanicolaou solution 2a, Orange G solution OG6Cytology

FLASHPOINT 1 2 °C

NC CODE 2207 10 00

UN/ID NO. 1 992

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -20/2 1 /22-68/20/2 1 /22

S: 1 6-36/37-7/9

4Xn

harmful0

F

highlyflammable

Staining solution used in the Papanicolaouprocedure. For cytological cancer and cyclediagnosis


NO. BOX

3864.1000 1 l Glass

3864.2500 2.5 l Glass

CPapanicolaou 2a Orange GSee for detailed information www.jtbaker.com and select Clinical

3865Papanicolaou solution 2b, Orange II solutionCytology

FLASHPOINT 1 2 °C

NC CODE 2207 10 00

UN/ID NO. 1 992

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -20/2 1 /22-68/20/2 1 /22

S: 1 6-36/37-7/9

4Xn

harmful0

F

highlyflammable



NO. BOX

3865.1000 1 l Glass

3865.2500 2.5 l Glass

Excluding excise.

CPapanicolaou 2b Orange IISee for detailed information www.jtbaker.com and select Clinical

3866Papanicolaou solution 3b, Polychrome solution EA 50Cytology

FLASHPOINT 1 2 °C

NC CODE 2207 10 00

UN/ID NO. 1 992

ADR/RID 3 FT1

IMDG 3/II

R: 1 1 -23/24/25-39/23/24/25

S: 1 6-36/37-45-7/9

0F

highlyflammable

3T

toxic



NO. BOX

3866.1000 1 l Glass

3866.2500 2.5 l Glass

CPapanicolaou 3b Polychrome SolutionSee for detailed information www.jtbaker.com and select Clinical

7160ParaffinLiquid / ’BAKER’

1 l = 0.88 kg

FLASHPOINT 1 99 °C

CAS NO. 80 12-95- 1

EINECS 232-384-2

NC CODE 27 12 20 10




NO. BOX

7160.1000 1 l 6


7160.9200 200 l

Paraf

287



P

9513ParaffinPellets / ’BAKER’

CAS NO. 8002-74-2

EINECS 232-3 15-6

NC CODE 27 12 20 10

Melting Point 52-54°C PRODUCT PACKING CONT.

NO. BOX

9513.1000 1 kg

9513.9025 25 kg

3451Paraffin CleanerHISTO GRADE

FLASHPOINT 57 °C

NC CODE 3822 00 00

UN/ID NO. 1 993

ADR/RID 3 F 1

IMDG 3/III

R: 4 1 -65-67

S: 1 6-23-26-39

4Xn

harmful


NO. BOX

3451.1500 125 ml glass x 12

AParaffin for HistologySee UltraPar (54-56°C)

AParaffin pellets for HistologySee for detailed information www.jtbaker.com and select Clinical

1157Paraformaldehyde’BAKER’

A (CH2O)n

M = 30.03 g/mol

FLASHPOINT 70 °C

CAS NO. 30525-89-4

EINECS 200-00 1 -8

NC CODE 29 12 60 00

UN/ID NO. 22 13

ADR/RID 4. 1 F 1

IMDG 4. 1 /III

R: 20/22-36/37/38-40-43

S: 22-26-36/37

4Xn

harmful

Assay min. 95%

Reaction passes test


Solubility in Ammonium Hydroxide passes test


NO. BOX

1157.1000 1 kg

8239PentaneMixed Isomers / ’BAKER’

A C5H12

M = 72. 15 g/mol

1 l = 0.62 kg


CAS NO. 1 09-66-0

EINECS 203-692-4

NC CODE 290 1 10 00

EC NO. 60 1 006 00 1

UN/ID NO. 1 265

ADR/RID 3 F 1

IMDG 3/I

R: 1 2-5 1 /53-65-66-67

S: 1 6-29-33-6 1 -62-9

oN


0F+

extremelyflammable

4Xn

harmful

Boiling Range 34-37°C PRODUCT PACKING CONT.

NO. BOX

8239.2500 2.5 l

8239.9200 200 l

Aiso-PentaneSee 2-Methylbutane

Paraf

288



P

9333n-Pentane’BAKER ULTRA RESI-ANALYZED’ / for Organic Residue Analysis

A CH3(CH2)3CH3

M = 72. 15 g/mol

1 l = 0.62 kg


CAS NO. 1 09-66-0

EINECS 203-692-4

NC CODE 290 1 10 00

EC NO. 60 1 006 00 1

UN/ID NO. 1 265

ADR/RID 3 F 1

IMDG 3/I

R: 1 2-5 1 /53-65-66-67

S: 1 6-29-33-6 1 -62-9

oN


0F+

extremelyflammable

4Xn

harmful





Water (by KF, coulometric) max. 100 ppm

Neat Solvent Front Characterization:

ECD-Sensitive Impurities (as Ethylene

Dibromide) Single Impurity Peak (ng/ml) max. 5

Trace Organic Residues:

ECD-Sensitive Impurities (as Heptachlor

Epoxide) Single Impurity Peak (pg/ml) max. 10

FID-Sensitive Impurities (as 2-Octanol)



NO. BOX

9333.1000 1 l 6

9333.4000 4 l Glass 4

9331n-Pentane’BAKER HPLC ANALYZED’ / for use in High Performance Liquid Chromatography

A CH3(CH2)3CH3

M = 72. 15 g/mol

1 l = 0.62 kg


CAS NO. 1 09-66-0

EINECS 203-692-4

NC CODE 290 1 10 00

EC NO. 60 1 006 00 1

UN/ID NO. 1 265

ADR/RID 3 F 1

IMDG 3/I

R: 1 2-5 1 /53-65-66-67

S: 1 6-29-33-6 1 -62-9

oN


0F+

extremelyflammable

4Xn

harmful






ppb:

Measured at 450 nm max. 0.5


Solvent Impurities max. 1 .5




at 2 10 nm max. 0.4

at 220 nm max. 0. 10

at 254 nm max. 0.0 1

at 280 nm max. 0.0 1



NO. BOX

9331.1000 1 l

9331.2500 2.5 l 4



8287n-Pentane’BAKER ANALYZED’ / Ultraviolet Spectrophotometry

A CH3(CH2)3CH3

M = 72. 15 g/mol

1 l = 0.62 kg


CAS NO. 1 09-66-0

EINECS 203-692-4

NC CODE 290 1 10 00

EC NO. 60 1 006 00 1

UN/ID NO. 1 265

ADR/RID 3 F 1

IMDG 3/I

R: 1 2-5 1 /53-65-66-67

S: 1 6-29-33-6 1 -62-9

oN


0F+

extremelyflammable

4Xn

harmful





at 205 nm max. 1 .00

at 2 10 nm max. 0.30

at 220 nm max. 0. 10

at 245-400 nm max. 0.0 1


NO. BOX

8287.1000 1 l

Penta

289



P

8114n-Pentane’BAKER ANALYZED’

A CH3(CH2)3CH3

M = 72. 15 g/mol

1 l = 0.62 kg


CAS NO. 1 09-66-0

EINECS 203-692-4

NC CODE 290 1 10 00

EC NO. 60 1 006 00 1

UN/ID NO. 1 265

ADR/RID 3 F 1

IMDG 3/I

R: 1 2-5 1 /53-65-66-67

S: 1 6-29-33-6 1 -62-9

oN


0F+

extremelyflammable

4Xn

harmful



Density (g/ml) at 20°C 0.624-0.626


Sulfur Compounds (as S) max. 0.005%





Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8114.1000 1 l 6

8114.2500 2.5 l 4


8114.9025 25 l

8114.9200 200 l



8685n-Pentane’BAKER’

A CH3(CH2)3CH3

M = 72. 15 g/mol

1 l = 0.62 kg


CAS NO. 1 09-66-0

EINECS 203-692-4

NC CODE 290 1 10 00

EC NO. 60 1 006 00 1

UN/ID NO. 1 265

ADR/RID 3 F 1

IMDG 3/I

R: 1 2-5 1 /53-65-66-67

S: 1 6-29-33-6 1 -62-9

oN


0F+

extremelyflammable

4Xn

harmful




NO. BOX

8685.2500 2.5 l 4

8685.9200 200 l

28411-Pentanesulfonic Acid Sodium Salt Monohydrate’BAKER HPLC ANALYZED’

A CH3(CH2)6SO3Na.H2O

M = 220.26 g/mol

CAS NO. 22767-49-3

EINECS 245-208-4

NC CODE 2904 10 00

For Ion-Pair Chromatography of Basic CompoundsAssay (acidimetric) min. 98.0%

UV Absorbance of 0.25M Solution:

at 200 nm max. 0.2

at 2 10 nm max. 0.08

at 220 nm max. 0.06

at 230 nm max. 0.05

at 240 nm max. 0.05

at 250 nm max. 0.05


NO. BOX

2841.0025 25 g Glass

2841.0100 100 g

A1-PentanolSee n-Amyl Alcohol

Penta

290



P

4806Perchloric Acid70% / ULTREX II Ultrapure Reagent

A HClO4

M = 1 00.46 g/mol

1 l = 1 .67 kg

CAS NO. 760 1 -90-3

EINECS 23 1 -5 12-4

NC CODE 28 1 1 1 9 80

EC NO. 1 7 006 00 4

UN/ID NO. 1 873

ADR/RID 5. 1 CO1

IMDG 5. 1 /I

R: 35-5-8

S: 23-26-36-45

1C

corrosive2

O

oxidizing

Certificate Provided Reporting Actual Lot AnalysisAssay 65-7 1%





Barium (Ba) max. 100





Cerium (Ce) max. 10

Cesium (Cs) max. 10

Cobalt (Co) max. 100

Copper (Cu) max. 100


Erbium (Er) max. 10




Hafnium (Hf) act. value reported

Holmium (Ho) max. 10

Indium (In) max. 10

Iron (Fe) max. 100


Lead (Pb) max. 10







Nickel (Ni) max. 100

Niobium (Nb) act. value reported









Silver (Ag) max. 100





Terbium (Tb) max. 10


Thorium (Th) max. 10

Thulium (Tm) max. 10

Tin (Sn) max. 100


Tungsten (W) act. value reported

Uranium (U) max. 10



Yttrium (Y) max. 10

Zinc (Zn) max. 100



NO. BOX

4806.0500 500 ml

Perch

291



P

6022Perchloric Acid70-72% / ’BAKER ANALYZED’ / ACS

A HClO4

M = 1 00.46 g/mol

1 l = 1 .67 kg

CAS NO. 760 1 -90-3

EINECS 23 1 -5 12-4

NC CODE 28 1 1 1 9 80

EC NO. 1 7 006 00 4

UN/ID NO. 1 873

ADR/RID 5. 1 OC1

IMDG 5. 1 /I

R: 35-5-8

S: 23-26-36-45

1C

corrosive2

O

oxidizing





Insoluble in Ethanol max. 0.00 1%



Silicate and Phosphate (as SiO2) max. 5 ppm














Iron (Fe) max. 1

Lead (Pb) max. 0.05







Silver (Ag) max. 0. 1 0






Zinc (Zn) max. 0.05



NO. BOX

6022.1000GL 1 l Glass 6

6022.2500 2.5 l 4

Perch

292



P

9653Perchloric Acid69-72 % / ’BAKER INSTRA-ANALYZED’ / for Trace Metal Analysis / ACS

A HClO4

M = 1 00.46 g/mol

1 l = 1 .67 kg

CAS NO. 760 1 -90-3

EINECS 23 1 -5 12-4

NC CODE 28 1 1 1 9 80

EC NO. 1 7 006 00 4

UN/ID NO. 1 873

ADR/RID 5. 1 CO1

IMDG 5. 1 /I

R: 35-5-8

S: 23-26-36-45

1C

corrosive2

O

oxidizing



Manganese (Mn) (by AAS) max. 0.005 ppm






Calcium (Ca) max. 1





Heavy Metals (as Pb) max. 0. 1

Iron (Fe) max. 0.05

Lead (Pb) max. 0.0 1





Nitrogen Compounds (as N) max. 10

Potassium (K) max. 0.5

Silicate and Phosphate (as SiO2) max. 5

Silicon (Si) max. 0. 1

Silver (Ag) max. 0.005

Sodium (Na) max. 1

Strontium (Sr) max. 0.02


Tin (Sn) max. 0.0 1

Zinc (Zn) max. 0.05


NO. BOX

9653.0500 500 ml 6

Perch

293



P

6023Perchloric Acid60-62% / ’BAKER ANALYZED’ / ACS

A HClO4

M = 1 00.46 g/mol

1 l = 1 .54 kg

CAS NO. 760 1 -90-3

EINECS 23 1 -5 12-4

NC CODE 28 1 1 1 9 80

EC NO. 1 7 006 00 4

UN/ID NO. 1 873

ADR/RID 5. 1 CO1

IMDG 5. 1 /I

R: 35-5-8

S: 23-26-36-45

1C

corrosive2

O

oxidizing






Silicate and Phosphate (as SiO2) max. 5 ppm














Iron (Fe) max. 1

Lead (Pb) max. 0.05







Silver (Ag) max. 0. 1 0






Zinc (Zn) max. 0.05



NO. BOX

6023.1000 1 l 6

6023.2500 2.5 l 4

7221Perchloric acid in anhydrous acetic acid0.5 mol/l / ’BAKER ANALYZED’

NC CODE 3822 00 00

UN/ID NO. 2789

ADR/RID 8 CF1

IMDG 8/II

R: 1 0-35

S: 23-26

1C

corrosive


NO. BOX

7221.1000 1 l


7142Perchloric acid in anhydrous acetic acid0.1 mol/l / ’BAKER ANALYZED’

NC CODE 3822 00 00

UN/ID NO. 2789

ADR/RID 8 CF1

IMDG 8/II

R: 1 0-35

S: 23-26

1C

corrosive

Titer (mol/l) 0.098-0. 102 PRODUCT PACKING CONT.

NO. BOX

7142.1000 1 l 6


APerchloroethyleneSee Tetrachloroethylene

Perch

294



P

1366Periodic Acid’BAKER ANALYZED’

A H5IO6

M = 227.94 g/mol

CAS NO. 1 0450-60-9

EINECS 233-937-0

NC CODE 28 1 1 1 9 80

UN/ID NO. 3085

ADR/RID 5. 1 OC2

IMDG 5. 1 /I

R: 34-8

S: 26-36/37/39-45

1C

corrosive2

O

oxidizing

Assay min. 99.5%


Iodide (I) max. 0.00 1%




NO. BOX

1366.0025 25 g Glass

1366.0100 100 g

9272Petroleum Ether20-40°C / ’BAKER ANALYZED’

1 l = 0.59 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 2-5 1 /53-65

S: 1 6-29-33-9

oN


0F+

extremelyflammable

4Xn

harmful

Acidity passes test

Appearance and Color passes test


Heavy Oils and Fats passes test

Odor (faint) passes test



NO. BOX

9272.4000S 4 l Safetainer

9265Petroleum Ether30-60°C / ’BAKER ULTRA RESI-ANALYZED’ / for Organic Residue Analysis

1 l = 0.64 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-6 1 -62-9

oN


4Xn

harmful0

F

highlyflammable

Boiling Range (initial to dry point) 30-60°C





Single Impurity Peak (pg/ml) max. 10



Neat solvent front characterization: ECD-Sensitive

Impurities (as Ethylene Dibromide):



NO. BOX

9265.1000 1 l

9265.2500 2.5 l 4

9266Petroleum Ether30-60°C / ’BAKER ANALYZED’ / For Hydrocarbon Oil Index determination

1 l = 0.64 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-6 1 -62-9

oN


4Xn

harmful0

F

highlyflammable




Hydrocarbon oil index concentration (as RIVM oil

reference standard):

Total peaks between n-decane (C10H22)

and n-tetracontane (C40H82) max. 0.5 mg/l


NO. BOX

9266.2500 2.5 l

Suitable for determination of Hydrocarbon Oil Index

according to ISO 9377-2 and NEN 5733.

Petro

295



P

9270Petroleum Ether35-60°C / ’BAKER ANALYZED’ / Ultraviolet Spectrophotometry

1 l = 0.64 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-6 1 -62-9

oN


4Xn

harmful0

F

highlyflammable

Acidity passes test





at 220 nm max. 1 .0

at 230 nm max. 0.20

at 250 nm max. 0.05

at 270 nm max. 0.0 1

at 400 nm max. 0.0 1


NO. BOX

9270.1000 1 l

9270.4000 4 l Glass


1 l = 0.64 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-6 1 -62-9

oN


4Xn

harmful0

F

highlyflammable







Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8115.1000 1 l


8115.9025 25 l


8115.9200 200 l



8240Petroleum Ether40-65°C / ’BAKER’

1 l = 0.64 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-6 1 -62-9

oN


4Xn

harmful0

F

highlyflammable



Appearance at 0°C passes test

Distillation Range 40-65°C


NO. BOX

8240.1000 1 l


8240.9025 25 l

8240.9200 200 l



Petro

296



P


1 l = 0.67 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-57-60-9

oN


4Xn

harmful0

F

highlyflammable







Boron (B) max. 0.02






Iron (Fe) max. 0. 1

Lead (Pb) max. 0. 1




Tin (Sn) max. 0. 1

Zinc (Zn) max. 0. 1


NO. BOX

8116.1000 1 l


8116.9025 25 l




1 l = 0.67 kg


CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-57-60-9

oN


4Xn

harmful0

F

highlyflammable




NO. BOX

8241.9025 25 l

8241.9200 200 l


8242Petroleum Ether80-1 10°C / ’BAKER’

1 l = 0.70 kg

FLASHPOINT −5 °C

CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-57-60-6 1 -9

oN


4Xn

harmful0

F

highlyflammable

Boiling Range 80- 1 10°C



NO. BOX

8242.1000 1 l

8242.9025 25 l

Petro

297



P


1 l = 0.73 kg

FLASHPOINT 0 °C

CAS NO. 8032-32-4

EINECS 232-453-7

NC CODE 27 10 1 1 2 1

UN/ID NO. 1 268

ADR/RID 3 F 1

IMDG 3/II

R: 1 1 -38-5 1 /53-65-67

S: 1 6-23-24-29-33-57-60-9

oN


4Xn

harmful0

F

highlyflammable




NO. BOX

8243.1000 1 l


8243.9025 25 l

8243.9200 200 l



APharmaceutical ProductsSee for detailed information section Pharmaceutical Products, page 36

11581,10-Phenanthroline monohydrate’BAKER ANALYZED’ / ACS

A C12H8N2.H2O

M = 1 98.23 g/mol

CAS NO. 66-7 1 -7

EINECS 200-629-2

NC CODE 2933 99 90

EC NO. 6 13 092 00 8

UN/ID NO. 28 1 1

ADR/RID 6. 1 T2

IMDG 6. 1 /III

R: 25-50/53

S: 45-60-6 1

oN


3T

toxic

Meets ACS SpecificationsSuitability as Redox Indicator passes test

Suitability for determining Iron passes test


NO. BOX

1158.0005 5 g 6

1158.0025 25 g Glass

A1,10-Phenanthroline-Iron(II) Salt SolutionSee Ferroin Solution 1/40 M

13681,10-Phenanthrolinium Chloride 1aq’BAKER ANALYZED’

A C12H8N2HCl.H2O

M = 234.69 g/mol

CAS NO. 3829-86-5

EINECS 223-325- 1

NC CODE 2933 99 90

UN/ID NO. 28 1 1

ADR/RID 6. 1 T2

IMDG 6. 1 /III

R: 25

S: 45

3T

toxic

Assay min. 99%


Suitability as Redox Indicator passes test

Suitability for determining Iron passes test

Water (H2O) about 9%


NO. BOX

1368.0005 5 g

1368.0025 25 g Glass

Petro

298



P

4056Phenolwhite fused crystal / ’BAKER ULTRAPURE BIOREAGENT’

A C6H5OH

M = 94. 1 1 g/mol

FLASHPOINT 79 °C

CAS NO. 1 08-95-2

EINECS 203-632-7

NC CODE 2907 1 1 00

EC NO. 604 00 1 00 2

UN/ID NO. 1 67 1

ADR/RID 6. 1 T2

IMDG 6. 1 /II

R: 24/25-34

S: 28-45

3T

toxic

Contains no preservativeSuitable for Extraction of Nucleic Acids:


Assay min. 99%



Melting Point 39-4 1 °C.

pH (saturated) 4.5-6.0




NO. BOX

4056.0100 100 g

4056.0500 500 g

0188Phenolcrystal / ’BAKER ANALYZED’ / ACS

A C6H5OH

M = 94. 1 1 g/mol

FLASHPOINT 79 °C

CAS NO. 1 08-95-2

EINECS 203-632-7

NC CODE 2907 1 1 00

EC NO. 604 00 1 00 2

UN/ID NO. 1 67 1

ADR/RID 6. 1 T2

IMDG 6. 1 /II

R: 23/24/25-34-48/20/2 1 /22-68

S: 24/25-26-28C-36/37/39-45

1C

corrosive3

T

toxic

Exceeds ACS SpecificationsAssay (by GC) min. 99.0%

Clarity of Solution passes test

Freezing Point min. 40.5°C, dry basis




NO. BOX

0188.0500 500 g

0188.1000 1 kg 6

0505Phenolcrystal / ’BAKER’

A C6H5OH

M = 94. 1 1 g/mol

FLASHPOINT 79 °C

CAS NO. 1 08-95-2

EINECS 203-632-7

NC CODE 2907 1 1 00

EC NO. 604 00 1 00 2

UN/ID NO. 1 67 1

ADR/RID 6. 1 T2

IMDG 6. 1 /II

R: 23/24/25-34-48/20/2 1 /22-68

S: 24/25-26-28C-36/37/39-45

1C

corrosive3

T

toxic

Assay 99.0- 100.5%

Acidity passes test


Freezing Point min. 39.5°C


Residue on Evaporation max. 0.05%


NO. BOX

0505.1000 1 kg 6

0505.9025 25 kg

Stored in an airtight container.

Stored protected from light.

Pheno

299



P

1480Phenolliquefied / ’BAKER ANALYZED’

A C6H5OH

M = 94. 1 1 g/mol

1 l = 1 . 1 0 kg

FLASHPOINT 79 °C

CAS NO. 1 08-95-2

EINECS 203-632-7

NC CODE 2907 1 1 00

EC NO. 604 00 1 00 2

UN/ID NO. 282 1

ADR/RID 6. 1 T2

IMDG 6. 1 /II

R: 23/24/25-34-48/20/2 1 /22-68

S: 24/25-26-28-36/37/39-45

1C

corrosive3

T

toxic

Assay (C6H5OH) min. 89.0%



Solubility and Reaction passes test

Suitability for Amino Acid Determination passes test

Water (H2O) act. value reported


NO. BOX

1480.0500 500 ml

Contains about 20 ppm Citric Acid as a Preservative.

Preserve in tight, light-resistant glass containers.

APhenolSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

1159Phenolphthalein’BAKER ANALYZED’ / ACS

A C6H4COOC(C6H4-OH)2

M = 3 18.33 g/mol

CAS NO. 77-09-8

EINECS 20 1 -004-7

NC CODE 2932 29 10

Meets ACS SpecificationsClarity of alcohol solution passes test


pH 10.0 red

pH 8.0 colorless


NO. BOX

1159.0100 100 g 6

APhenolphthaleinSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

7143Phenolphtalein1% solution in ethanol / ’BAKER ANALYZED’

1 l = 0.80 kg

FLASHPOINT 1 1 °C

NC CODE 2207 10 00

UN/ID NO. 1 1 70

ADR/RID 3 F 1

IMDG 3/II

R: 1 1

S: 1 6-7

0F

highlyflammable


pH 10.0 red

pH 8.0 colorless


NO. BOX

7143.0250 250 ml 6

Excluding excise.


AL-PhenylalanineSee for qualities meeting the requirements of cGMP, USP/NF, BP/Ph.Eur, JP or FCC, page 36

AN-PhenylanilineSee Diphenylamine

A(Phenylazo) formic Acid 2-PhenylhydrazideSee Diphenylcarbazone

APhenylmethanolSee Benzyl Alcohol

Pheno

300

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