Pipes and Tubes

Pipes and Tubes

European delivery programmeOctober 2009

Foreword pipes and tubes

Foreword

Dear reader,

We proudly present to you our brand-new catalogue. The layout has been refreshed and modernized to increase its

ease of use. Many changes were also made to its content. Indeed, our portfolio is constantly changing in response to

changes in both demand and supply. For example, the transition from DIN standards to Euro Standards is currently

still in full swing. The Euro Standard has already been adopted for many items, while other items are still in a

transition phase. The product tables and the technical information refl ect the most recent state of affairs.

We hope that you will fi nd the information you are looking for in this document. We would also like to refer you

to our website, www.vanleeuwen.com, for additional information. Our website was completely revamped at the

beginning of 2009. Continuous investment in modern communication tools is a top priority for us. The proper

exchange of information is at the root of an enjoyable business relationship. A printed catalogue naturally cannot

compete with the internet and other electronic resources. However, the demand for our catalogues to this very day is

still so high that we are pleased to respond to this need.

Please do not hesitate to contact us should you have any questions. Our contact information is listed on the back of

this publication.

I hope you enjoy perusing this catalogue!

M.A.L.W.J. van Engelen

General Director

Van Leeuwen Buizen, Zwijndrecht, the Netherlands

No part of this publication may be multiplied or copied without previous written permission of Van Leeuwen Pipe and Tube 1

2 No part of this publication may be multiplied or copied without previous written permission of Van Leeuwen Pipe and Tube

Table of contentsDelivery programme from stock for pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Seamless steel pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Welded steel pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Customized services for pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6Material treatments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Logistics services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Consultancy and customer-specific services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Technical information for pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12General factors for conversion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Overview most important Euronorms for pipe and tube . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Standards and steel qualities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Pipe schedules and wall thicknesses in inch/mm and weights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Product descriptions for pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Seamless steel pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Welded steel pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Pipes and Tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Appendix A for pipes and tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61


Delivery programme from stock for pipes and tubes

Overview delivery programme from stock

1 Seamless steel pipes & tubes

EURONORM

EN 10210-1/2 Seamless steel tubes, steel grade S235 JRH

EN 10210-1/2 Seamless steel tubes, steel grade S355 J2H

EN 10297-1 Seamless steel tubes, steel grade E355 AR

EN 10294 Seamless hollow bar, steel grade E470 AR

EN 10255 Seamless gas tubes, steel grade S195T

EN 10216-1 Seamless steel pipes, steel grade P235 TR1

EN 10216-2 Seamless steel boiler tubes, steel grade P235 GH

API

API 5L Gr. B Seamless steel pipes, steel Grade B

API 5L Gr. B Seamless steel pipes, steel Grade B, galvanised, threaded and coupled

ASTM / ASME

A/SA 106-B Seamless steel pipes, ASTM A106/A530M/SA530 M Grade B

A/SA 333 Gr.6 Seamless steel pipes, ASTM A 333M/SA 333M Gr.6 LT 45

In a number of cases, a combination of the above mentioned standards is applicable.

Pipes and tubes according to any other standard or steel grade can be offered upon request.


Delivery programme from stock for pipes and tubes

2 Welded steel pipes & tubes

DIN

DIN 1626 Welded steel tubes, steel grade St.37.0

DIN 2394 Welded steel precision tubes, steel grade St.34.2

DIN 2394 Welded LEBU central heating pipes, electrolytic zinc plated, steel grade St.34.2

DIN 2440 Welded gaspipes, steel grade St.33

DIN 2441 Welded steam pipes, steel grade St.33

EURONORM

EN 10210-1/2 Welded steel tubes, steel grade S355 J2H

EN 10219-1/2 Welded steel tubes, steel grade S235 JRH

EN 10219-1/2 Welded steel tubes, steel grade S355 J2H

EN 10217-1 Welded steel pipes, steel grade P235 TR1

EN 10217-1 Welded steel pipes, steel grade P265 TR2

EN 10217-2 Welded steel pipes, steel grade P195 GH

EN 10255 Welded gaspipes, steel grade S195 T

EN 10305-3 Welded precision tubes, steel grade E195 + CR1

BS

BS 3059 / 87 part 1 Welded steel boiler tubes, steel grade ERW 320

API

API 5L Gr. B SAW longitudinally welded steel pipes, steel grade B

API 5L Gr. B ERW longitudinally welded steel pipes, steel grade B

API 5L Gr. X42 ERW longitudinally welded steel pipes, steel grade X42

ASTM

A 53 Gr. B ERW longitudinally welded steel pipes, steel grade B

The transition from DIN to EN standards is still in progress. All DIN standards still mentioned above, will be

replaced by EN standards soon. For more information, see the special chapter about Euronorms.

In a number of cases, a combination of the above mentioned standards is applicable.

Pipes and tubes according to any other standard or steel grade can be offered upon request.


Customized services for pipes and tubes

Customized Service

Van Leeuwen Buizen is more than just a supplier of materials. We offer a wide range of services to provide you with the most

comprehensive product offering possible. This way we anticipate our customers needs. Our services are designed to speed

up delivery, and make delivery easier and more complete, enabling you to focus on your own core activities. Our services are

subdivided into material treatments, logistics services and customer-specific services.

1 Material Treatments

a. Cutting

We can cut your circular pipes and tubes to fix lengths at our own facilities:

Maximumoutsidediameter:813mm

Minimumlength:20mm

Maximumlength:12meters

For outside diameters > 813 mm, pipes can be cut to fix lengths by oxygen cutting:

Maximumoutsidediameter:1.280mm

Minimumlength:50mm

Maximumlength:12meters

Hollowsectionscanalsobecuttomeasure.Themaximumoutsidedimensionofthehollowsectionsis400x400mmor500x300

mm (the abovementioned specifications otherwise apply).

b. Angular cutting

We can make angle cuts of square and rectangular hollow sections in accordance with your drawings. We can make simple, as

wellassquareandtrapezoidalmitercuts.Onlyasingleanglecutispossibleateachpipeend.Theangletoleranceis-0,25/+0,25.

c. Laser and Plasma Cutting

Laser and plasma cutting allow many variously shaped cut-outs to be made at the end as well as in the middle of the pipe. The

possibilitiesandbenefitsarecountless.Forexample,suchcutscanbemadewithhigherprecisionincomparisontotraditional

cutting methods and there is less loss of material, no burr-forming and the cutting speed is higher. We would be pleased to make

the necessary computations for you to determine if this treatment is beneficial for you as well.

d. Shot-blasting and Priming

Circular pipes and tubes and hollow sections can be shot-blasted and primed.

The following options are available:

ExternalSA2.5shot-blastingtoSwedishStandardSIS0559001967.

Primingusingred-brownKPC7205*AquaWeldingPrimer;layerthicknessapprox25.

PrimingusingaEuroponorSigmaepoxyshopprimer;layerthicknessapprox20.

PrimingusingaSigmaweidMCsilicateshopprimer;layerthicknessapprox20.

* A fast drying water-borne resin-based primer.



We can also shot-blast and prime individual pipe components for you. Furthermore, there is a combined option consisting of

theinternalandexternalshot-blastingoffittingsortheall-aroundshot-blastingofflanges,followedbyaMagneticParticle

Examination(MPE)test.

The treatments most frequently applied to pipe components are:

ExternalSA2.5shot-blasting

InternalandexternalSA2.5shot-blastingoffittings

ExternalSA2.5shot-blastingandprimingusingEuroluxalkydweldprimer;approx20

ExternalSA2.5shot-blastingandprimingusingSigmaweldshopprimer;approx20

ExternalSA2.5shot-blastingandprimingusingSigmaweldMCzincsilicateshopprimer;approx20

ExternalSA2.5shot-blastingandprimingusingVLBtransparantpipecoating(Eurolux)

All-aroundSA2.5shot-blastingofflanges

ExternalSA2.5shot-blastingandprimingusingzincepoxy;approx20

e. Chemical Cleaning of Pipes and Pipe Components

Inadditiontoshot-blasting,pipesandpipecomponentscanalsobechemicallycleaned.Internalandexternalcleaningthentakes

place at the same time. Depending on the contamination of the pipe or pipe component supplied and the desired delivery state

oftheproduct,theoveralltreatmentcanbemoreextensive.

By completely removing the mill scale and other contamination, this cleaning method not only cleans the surface, but also makes

theproductvulnerabletorenewedcorrosion.Ifnoadditionaltreatmentiseffected,itisrecommendedthatexternalprotection

beprovidedbyapplyingathinlayerofoil.Internalcontaminationcanbepreventedbyusingplasticcapsasaprotectivemeasure.

The following options are available to you:

Degreasing

Pickling,rinsingandphosphating

Pickling,rinsing,phosphatingandcapping

Degreasing,pickling,rinsingandphosphating

Degreasing,pickling,rinsing,phosphatingandcapping

Pickling,rinsing,phosphatingandinternaland/orexternaloiling

Pickling,rinsing,phosphating,internaland/orexternaloilingandcapping

Degreasing,pickling,rinsing,phosphatingandinternaland/orexternaloiling

Degreasing,pickling,rinsing,phosphating,internaland/orexternaloilingandcapping

Definition of concepts used above:

Degreasing: contaminants such as oil and grease are removed prior to pickling.

Pickling: removal of layers of oxidation, annealing and mill scale, and corrosion products.

Phosphating: treatment using a hot phosphoric acid solution to prevent rust (temporary protective layer).

Oiling: Internal and/or external oiling (up to a maximum of 12 meters) using Shell Ensis Fluid E.

f. Hot-dipped galvanizing and Electrolytic zinc plating

Hot-dipped galvanizing involves immersing the material in a bath of liquid zinc. Once it solidifies, the zinc layer acquires a matte

appearance. When pipes with relatively thin walls compared to their diameter are galvanized using this method, there is a risk of

warping. The advantage of hot dipping is that the inside and outside of the material are evenly galvanized. The thickness of the

zinc layer depends on the thickness of the material to be galvanized.



Specifications:

Hot-dippedgalvanizedtoNENEN1461orA-123

Minimumdiameter:17mm

Minimumlength:6meters

Noguaranteethatpipeswillnotwarp

With electrolytic zinc plating the zinc layer is deposited electrolytically by immersing the product in a water-based solution

andpassinganelectriccurrentthroughtheproductandfluid.Thelayerofzincisthenpassivated,whichsignificantlyincreases

its resistance to corrosion. The passivation layer is a thin layer of zinc chromate on top of the zinc layer and can assume various

colors,suchasblue,yellow,greenandblack.Thisgivesthematerialasatinappearance.Incontrasttohotdippedgalvanizing,

thereisnoriskofrelativelythin-walledpipeswarping.Adisadvantageofelectrolyticgalvanizingisthatpipesareonlygalvanized

ontheoutside.Iftheinsidealsoneedstobegalvanized,anadditionalauxiliaryanodeisrequiredontheinside.

Specifications:

Layerthickness:8-12m

Standardbluepassivated;yellowisalsoavailable

For5-7meterpipes

Standardpackaging:perforatedfilm

g. External Polyethylene Coating

Pipesandpipecomponentscanbegivenanexternalpolyethylene(PE)coatingtoextendtheirservicelife.Acoatinglikethisis

usuallyappliedtopipesthatareburiedunderground.Thepolyethyleneisappliedbyhoseorwrappingextrusionfollowingthe

applicationofanepoxyprimerbase.

Specifications:

PEcoatedtoDIN30670N/norEN6901/6902,standardlayerthicknesswithepoxy

baselayer(3-layercoating)usingthehoseextrusionprocess

Color:standardisblack;yellowisalsoavailable

Layerthicknessinaccordancewithstandard

Ifrequired,theKIWAmarkcanbeapplied(fordeliverywithintheNetherlands)

Additional options:

PEcoatingusingthesinteringmethod

ExternalPEcoatingcombinedwithinternalcementlining

h. Annealing

We offer the following options:

GBKannealingatapprox.720C

NBKannealingatapprox.930C

Unless otherwise specified, the pipes will be lightly oiled using spray guns after annealing. Lack of oiling increases the risk of

corrosion significantly.

* NKB annealed circular pipes and tubes are straightened afterwards.



i. Mechanical Treatments

Van Leeuwen can provide a wide range of mechanical treatments.

The treatments most often requested are:

MachiningofgasketfacesofRFflangestoaflatfacewithafinishofRa=3.212.5micrometers(=125500microinches

AARH)toASME/ANSIB16.5aandB46.11985.

MachiningofgasketfacesofflangestoafinishofRa=4.06.3micrometers(=160250microinchesAARH)to

ANSI/ASMEB46.11985.

MachiningofgasketfacesofflangestoasmoothfinishofRa=3.26.3micrometers(=125250microinchesAARH)

accordingtoShellspecification76/001.Machiningwithatoolradiusof0.8mmandapitchof0.350.45mm.

MechanicaltreatmentofpartiallymachinedANSIflanges,suchas:internaldrillingacrosstheentireheighttoASME/ANSI

B16.51988andB16.5a1992toaspecifiedSchedule.Machiningoftheroot/groovefacetoASME/ANSIB16.51988Fig.8.

Gasketfacetobetreatedtothedesiredtype.

InternaldrillingoftheboreofflangesacrosstheentireheighttoASME/ANSIB16.51988andmachiningtheroot/groove

facetoASME/ANSIB16.51988Fig.8.

MachiningofDINweldingneckflangeswithextrastrongS-size:internaldrillingacrosstheentireheightuptoaspecified

wallthickness;machiningthegasketfacetoafinishofRa=3.26.3micrometers(=125250microinchesAARH);

andmachiningtheroot/groovefacetoDIN2559part105-1973form22.

MachiningofDINweldingneckflangeswithextrastrongS-size:internaldrillingacrosstheentireheightuptoaspecified

wallthickness;machiningofroot/groovefacetoDIN2559part105-1973form22.



2 Logistics Services

a. Storage

One of our core competencies consists of maintaining a broad and in-depth inventory of steel pipes, pipe components and valves.

OurstrategicinventoriesarestoredatvarioussitesinEurope,theMiddleEast,AsiaandAustralia.

Managinginventoriesconsequentlyisaveryimportantactivityforus.Theoptimizationofinventorylevelsandatsameour

ability to guarantee a high level of service to our customers requires our day-to-day attention. We therefore invest a great deal

inourpeople,training,softwaresystemsandresourcestobeabletoachievethis.Forexample,afewyearsagoweintroducedan

advanced platform elevator for storing a major portion of our components. Furthermore, we introduced an innovative software

system for managing our inventories.

b. Distribution

Thespeedofourservicesisakeysuccessfactor.Everyday,largevolumesofsteelpipesandothermaterialsmaketheirwayfrom

strategicallylocatedlogisticscenterstocustomersallovertheworld.Intensificationoftheshuttleservicesbetweenourvarious

stocklocationshasgivenusahighdegreeofflexibilityandraisedourlevelofservice.Furthermore,wecontinuallyinvestinmodern

equipmentdesignedtoimproveourdistribution.Recently,forinstance,wepurchasedaLoadPlate,whichenablesclosedcontainers

tobeloadedmuchfaster.AnotherexampleofcustomdistributionisourHeavyWallExpressservicewithintheBenelux.Cutor

uncutheavywallseamlesspipescanbeorderdupto17:00hours,andaredeliveredbefore12:00thenextday.

c. Export Packaging and Marking

Ourmaterialsareshippedallovertheworld.Wethereforeoffervarioustypesofexportpackaging,includingcrates,boxes

andfilmpackaging.Naturallywealsopackagetoacustomersspecification,withstrawedgingsunderthecabletiesandskids

between the bundles if required. Furthermore, we also apply all required markings, such as paint dots, lines or stencils, including

the desired brand name identification.

d. Document Control

To verify and confirm that our products are made and supplied according to specifications, design drawings, laws and

regulations and other contract-specific requirements, we provide full documentation and document management services. The

documentation may consist of packing lists, material certificates, purchase specifications, order confirmations, invoices, (online)

pricelists,(online)cataloguesandQAcertificates.Weprovidethematerialcertificateselectronicallyandcanputthemtogether

onCD-ROMonaperprojectbasis,forexample.



3 Consultancy and Customer-specific Services

a. Project Management

Weputtogetherprojectteamsforlarge-scaleprojectsthat,ifdesired,canalsoworkatthecustomerssite.Asidefromlooking

afterthepurchaseofthenecessarymaterials,thisenablesustoprovideexcellentsupportintheareaofexpediting,deliveryand

document control before, during and after the project.

b. Consultancy

Allofouremployeesarethoroughlyfamiliarwithourproducts.Thecontinuityofthisknowledgeisassuredthroughinternal

training programs facilitated by senior staff and training programs facilitated by branche organizations. We also actively contribute

to this area. Furthermore, we have our own metallurgist on staff. He can advise you concerning standards, different quality steel

levels and other material properties to enable you to select the right product for the right application.

c. Testing and Inspection

We can carry out various inspections and material tests for you, destructive and non-destructive. The most common type of

destructive testingconsistsofadditional3.2testingunderthesupervisionofLloydsoranotherindependentinspectionbody.

The following additional tests are also available:

Tensilestrengthtest

Hotyieldtest

Impacttestatdifferenttemperatures

Bendingtest

Flaringtest

Ringtensiletest

Ringbendingtest

Ringflaringtest

Hardnesstest

Spectralanalysis

PositiveMaterialIdentification(PMI)test

Non-destructive testing includes:

Ultrasonictest

MagneticParticleExamination(MPE)test

PMItest

Ferritetest

EddyCurrenttest

Materialscanalsobeinspectedpriortobeingshipped.Thiscanbedonebyaninspectorfromourowninspectiondepartment,by

the customer or by an independent inspection body.

d. Customer-dedicated Inventories

We service all of our customers from our general inventories maintained at various sites around the world. But in some cases

we also manage specific inventories reserved for a single customer only, based on that customers projected purchasing

requirements.Thisassuresourcustomersofsufficientmaterialswithouthavingtomaintainextensiveinventoriesthemselves.

Thisserviceisparticularlyappropriateforcustomerswhospecializeinstandardproduction(theso-calledOriginalEquipment

Manufacturers).Customer-specificinventoriesarealsomaintainedforlargeprojects.


Technical information for pipes and tubes

Technical information

1 General factors for conversion

General factors for conversion From metric to imperial multiply

Pressure and stress

Energy Sundry conversion factors

Joule=Nm kgf/m ft/lb cal

Joule=N/m 1 0,102 0,737 0,239

kgf/m 9,807 1 7,233 2,342

ft/lb 1,356 0,138 1 0,324

cal 4,19 0,427 3,090 1

Contents - Inhoud

1 barrel 159 litres

1 UK gal 4,55 litres

1 US gal 3,785 litres

Volume

1 in3 16,3871 cm3

1 yd3 0,7646 m3

1 ft3 0,0283 m3

Weight/mass - Gewichten/massa

1 lb 0,454 kg

1 cwt 50,80 kg

1 (long) ton 1016 kg

1 short ton 907,2 kg

Area - Oppervlakte

1 in2 6,45 cm2

1 ft2 0,0929 m2

1 yd2 0,836 m2

1 acre 4047 m2

1 sq. mile 2,5899 km2

Lengths - Lengtematen

1 inch 25,4 mm 0,0254 m

1 foot 304,8 mm 0,3048 m

1 yard 914,4 mm 0,9144 m

1 mile 1609 m 1,609 km

1 nautical mile 1852 m 1,852 km

Contents - Inhoud

ltr x 0,0063 barrel

ltr x 0,22 UK gal

ltr x 0,2642 US gal

Volume

cm3 x 0,06102 in3

m3 x 35,3147 ft3

m3 x 1,3079 yd3

Weight/mass - Gewichten/massa

1 kg x 2,2046 lb

1 kg x 0,0197 cwt

1 kg x 0,0009842 (long) ton

1 kg x 0,0011023 short ton

Area - Oppervlakte

cm2 x 0,155 in2

m2 x 10,764 ft2

m2 x 1,196 yd2

m2 x 0,0002471 acre

km2 x 0,386 sq. mile

Lengths - Lengtematen

1 mm 0,0394 inch

1 m 3,2808 ft

1 m 1,0936 yd

1 km 0,6215 mile

1 km 0,5399 nautical mile

N/m2=Pa N/mm2=MPa Bar Atm=kgf/cm2 kgf/mm2 lb/in2 (psi) Ksi

N/m2 = Pa 1 10-6 10-5 10,2 x 10-6 0.102 x 10-6 145,0 x 10-6 0,145

N/mm2 = Mpa 106 1 10 10,2 0,102 145,0 0,145 x 106

Bar 105 0,10 1 1,02 0,0102 14,5 0,145 x 105

atm = kgf/cm2 98070 0,09807 0,9807 1 0,01 14,22 0,01422

kgf/mm2 9,807 x 106 9,807 98,07 100 1 1422 1,422

lb/in2 (psi) 6895 6895 x 10-6 6895 x 10-5 0,0703 703 x 10-6 1 10-3

KSI 6,895 x 106 6,895 0,6895 x 10-5 70,3 0,703 x 10-6 1000 1

1 km/ltr = 2,8225 mpg 1 mpg = 0,3536 km/ltr

1kg = 0,1573 stone 1 stone = 6,3503 kg

1kg/m = 0,67197 lb/ft 1 lb/ft = 1,4882 kg/m



3 Overview most important Euronorms for pipe and tube

Execution Norm Steel grade

Welded DIN 1626 St.37.0


Welded BS 3059-1 ERW 320

Seamless DIN 1629 St.37.0


Seamless DIN 17175 St.35.8/1

Seamless ASTM A106* Grade B

Seamless ASTM A333* Grade 6


Welded EN 10217-1 P235 TR2

Welded EN 10217-3 P355N

Welded EN 10217-2 P195 GH

Seamless EN 10216-1 P235 TR2

Seamless EN 10216-3 P355N

Seamless EN 10216-2 P235 GH

Seamless EN 10216-2 P265 GH

Seamless EN 10216-4 P265NL

Pipes for pressure applications

* API and ASTM standards will remain valid and will not be replaced by Euronorms in the near future







Welded EN 10219-1/2 S235 JRH

Welded EN 10219-1/2 S355 J2H

Seamless EN 10210-1/2 S235 JRH

Seamless EN 10210-1/2 S355 J2H

Pipes for construction applications


Welded API 5L* Grade B

Welded API 5L* Grade X52

Seamless API 5L* Grade B

Seamless API 5L* Grade X52


Welded EN 10208-2 L245NB

Welded EN 10208-2 L360NB

Seamless EN 10208-2 L245NB

Seamless EN 10208-2 L360NB

Pipes for pipeline applications


Hollow bar ISO 2938 20MnV6



Hollow bar EN 10294-1 E470

Seamless EN 10297-1 E355

Pipes for mechanical applications


Welded DIN 2394 RSt.34-2

Welded DIN 2395 St.33



Welded EN 10305-3 E195+CR2



Pipes for precision applications

Old New



3 Standards and steel qualities

a. Notes to the Euronorms and associated steel qualities for seamless pipes

The standards used in the past such as the DIN 17121, DIN 1629, DIN 2448 and the DIN 17175 have since been mostly replaced by

Euronorms. The Euronorms clearly distinguish the pipes area of application. Consequently different standards now exist for pipes

used as construction materials, pipelines or for mechanical engineering applications.

This distinction was not as clear in the past. For example, the old St.52.0 quality was derived from the DIN 1629 standard which

was intended for pipeline systems and mechanical engineering applications. This quality was also often used for steel structures,

however.

The information below explains the main standards and steel qualities under the new system of standards.

Seamless circular pipes and tubes for pressure applicationsThe EN 10216 Euronorm replaces the old DIN 17175 and 1629 standards. This standard is designed for pipes used in pressure

applications, such as a pipeline. This is why the associated steel qualities are designated by the letter P for Pressure. The

value that follows this letter designates the minimum yield strength. The subsequent letter designations provide additional

information.

The EN 10216 comprises several parts. The parts that are relevant to us are as follows:

EN 10216 Part 1: non-alloy pipes with specified properties at room temperature

EN 10216 Part 2: non-alloy pipes with specified properties at higher temperatures

EN 10216 Part 3: alloy pipes made from fine-grained steel for any temperature

Some examples:

a. EN 10216-1, Quality P235TR2 (formerly DIN 1629, St.37.0)

P = Pressure

235 = minimum yield strength in N/mm2

TR2 = quality with specified properties relating to aluminum content, impact values and inspection and test requirements. (In

contrast to TR1, for which this is not specified).

b. EN 10216-2, Quality P235 GH (formerly DIN 17175, St.35.8 Cl. 1, boiler pipe)

P = Pressure


GH = tested properties at higher temperatures

c. EN 10216-3, Quality P355 N (more or less equivalent to DIN 1629, St.52.0)

P = Pressure


N = normalized*

* Normalized is defined as: normalized (warm) rolled or standard annealing (at a min temperature of 930C). This applies to all

qualities designated by the letter N in the new Euro Standards.



Seamless circular pipes and tubes for the mechanical engineering and machining industryThe EN 10297 Euronorm is specifically designed for these applications. The standard consequently replaces the more general DIN

17121 standard used in the past. The pipes are primarily used in the mechanical engineering and hydraulics sector, where the

pipes are treated, turned, milled, etc. The steel quality designations therefore start with the letter E for Engineering.

Some examples:

a. EN 10297, Quality E355+AR (formerly DIN 17121, St.52.3)

E = Engineering


AR = as rolled, with no further heat treatment

b. EN 10297, Quality E355+N (formerly DIN 17121, St.52.3N)

E = Engineering


N = normalized (hot-formed or normally annealed)

There is another Euronorm in this area, specifically designed for the machining industry: EN 10294. This standard is used for

machine engineering steel that in the past was designated as 20MnV6, MW 450 or Mecaval 147M, for example. The common

quality designation according to this standard is E 470. This steel quality offers several advantages over the E355+N making it even

more suitable for turning, such as more precise tolerances, more homogeneous steel quality, higher tensile strength and reduced

eccentricity.

Seamless circular pipes and tubes for construction applicationsThe EN 10210 Euronorm was developed some time ago and aside from its application to circular pipes, also applies to square and

rectangular hot-formed hollow sections. This standard was specifically developed for steel construction applications. The steel

quality is therefore designated with the letter S for Structural.

An example:

EN 10210, Quality S355 J2H (formerly DIN 17121, St.52.3N)

S = Structural


J2 = minimum average impact value: 27 Joules at -20C

H = Hollow section

This quality replaces the former St.52.3N quality. This does not imply, however, that the pipes are always annealed. The mill is

required to guarantee that the required mechanical properties are attained. Depending on the mills production process and the

pipes wall thickness, post-annealing may or may not be required.



b. Notes to the Euro Standards and associated steel qualities for welded pipes

The DIN 1626, 17120 and DIN 2394 standards used in the past have since been mostly dropped and replaced by Euronorms.

The Euronorms clearly distinguish the pipes area of application. Consequently different standards now exist for pipes used as

construction materials and pipelines or in applications requiring precision materials.

This distinction was not as clear in the past. The former DIN 1626, St.37.0 quality for pipelines was at times also used for steel

structures. The most important Euronorms and steel qualities are highlighted below.

Welded cicrular pipes and tubes for pressure applicationsThe EN 10217 Euro Standard replaces the old DIN 1626 standard. This standard is designed for welded pipes used in pressure

applications, such as pipelines. This is why the associated steel qualities are designated by the letter P for Pressure. The value that

follows this letter designates the minimum yield strength. The subsequent letter designations provide additional information.

The EN 10217 comprises several parts. The parts that are relevant to us are as follows:

EN 10217 Part 1: non-alloy pipes with specified properties at room temperature

EN 10217 Part 2: alloy and non-alloy pipes with specified properties at higher temperatures

EN 10217 Part 3: alloy pipes made of fine-grained steel

Some examples:

a. EN 10217-1, Quality P235TR2 (formerly DIN 1626, St.37.0)

P = pressure


TR2 = quality with specified properties relating to aluminum content, impact values and inspection and test requirements.

(In contrast to TR1, for which this is not specified).

b. EN 10217-2, Quality P195 GH (now still: BS 3059, ERW 320)

P = Pressure


GH = properties at higher temperatures

c. EN 10217-3, Quality P355N (formerly DIN 1626, St.52.0)

P = Pressure


N = normalized*

* Normalized is defined as: normalized (hot) rolled or normally annealed (at a min temperature of 930C). This applies to all

qualities designated by the letter N in the new Euronorms.



Welded cicrular pipes and tubes for construction applicationsThe EN 10210, as well as the EN 10219 standard can be used for circular pipes and tubes used in construction applications. The

only difference between these two standards is that the EN 10210 applies to hot-formed pipes and the EN 10219 applies to cold-

formed pipes. The manufacturing process is at the discretion of the producer. In actual practice, cold-formed pipes manufactured

according to EN 10219 are almost always welded. Hot-formed pipes manufactured according to EN 10210 are available in seamless,

as well as welded versions. The materials for these standards are designated using the letter S for Structural Steel.

Both standards comprise 2 parts. Part 1 contains the technical delivery conditions and Part 2 contains the dimensions, tolerances

and static values.

Some examples:

a. EN 10210 / 10219-1/2, S235JRH (formerly DIN 17120, St.37-2)

S = Structural


JR = specified impact values at room temperature

H = hollow section (in this case a round hollow section)

b. EN 10210 / 10219-1/2, S355J2H (formerly DIN 17120, St.52.3)

S = Structural


J2 = specified impact values at -20C

H = hollow section (in this case a round hollow section)

Welded circular precision pipes and tubesThe DIN 2394 was the usual standard for this application. This standard has been or will shortly be replaced by the EN 10305. This

standard comprises 6 parts, focused on specific uses (hydraulics, pneumatics) or manufacturing processes (cold-drawn, welded,

seamless) or shape (circular or square-rectangular). Only Part 3 applies to our product portfolio: welded and calibrated circular

pipes and tubes for precision applications. Precision pipes are generally used in the hydraulics and pneumatics sectors and the

steel qualities are therefore designated with the letter E for Engineering.

An example:

EN 10305-3, E235+CR1 (formerly: DIN 2394, RSt.34-2)

E = Engineering


CR1 = suitable for post-annealing (in contrast to CR2)



Nominal

pipe size

inches

O.D.

mm

Standard

STD

Wall

Standard

STD

Wt

Extra strong

XS

Wall

Extra strong

XS

Wt

Double

extra strong

XXS

Wall

Double

extra strong

XXS

Wt

Schedule

10

Wall

Schedule

10

Wt

Schedule

20

Wall

Schedule

20

Wt

Schedule

30

Wall

Schedule

30

Wt

1/8 10,3 1,7 0,357 2,4 0,470

1/4 13,7 2,2 0,625 3,0 0,804

3/8 17,1 2,3 0,848 3,2 1,10

1/2 21,3 2,8 1,26 3,7 1,62 7,5 2,54

3/4 26,7 2,9 1,68 3,9 2,19 7,8 3,63

1 33,4 3,4 2,50 4,5 3,23 9,1 5,45

1.1/4 42,2 3,6 3,38 4,9 4,46 9,7 7,75

1.1/2 48,3 3,7 4,05 5,1 5,40 10,2 9,54

2 60,3 3,9 5,43 5,5 7,47 11,1 13,4

2.1/2 73 5,2 8,62 7,0 11,4 14 20,4

3 88,9 5,5 11,3 7,6 15,3 15,2 27,7

3.1/2 101,6 5,7 13,6 8,1 18,6 16,2 34

4 114,3 6 16,1 8,6 22,3 17,1 41,1

5 141,3 6,6 21,8 9,5 30,9 19 57,4

6 168,3 7,1 28,2 11,0 42,5 21,9 79,1

8 219,1 8,2 42,5 12,7 64,6 22,2 108 6,4 33,3 7 36,7

10 273 9,3 60,2 12,7 81,5 25,4 155 6,4 41,7 7,8 50,9

12 323,9 9,5 73,8 12,7 97,4 25,4 187 6,4 49,7 8,4 65,1

14 355,6 9,5 81,2 12,7 107 6,4 54,6 7,9 68,1 9,5 81,2

16 406,4 9,5 93,1 12,7 123 6,4 62,6 7,9 77,9 9,5 93,1

18 457,2 9,5 105 12,7 139 6,4 70,5 7,9 87,8 11,1 122

20 508 9,5 117 12,7 155 6,4 78,5 9,5 117 12,7 155

22 558,8 9,5 129 12,7 171 6,4 86,4 9,5 129 12,7 171

24 609,6 9,5 141 12,7 187 6,4 94,7 9,5 141 14,3 210

26 660,4 9,5 153 12,7 203 7,9 128 12,7 203

28 711,2 9,5 165 12,7 219 7,9 138 12,7 219 15,9 272

30 762 9,5 176 12,7 234 7,9 147 12,7 234 15,9 292

32 812,8 9,5 188 12,7 250 7,9 157 12,7 250 15,9 312

34 863,6 9,5 200 12,7 266 7,9 167 12,7 266 15,9 332

36 914,4 9,5 212 12,7 282 7,9 177 12,7 282 15,9 351

4 Pipe schedules and wall thicknesses in inch/mm and weights

ASME B 36.10 PIPE SCHEDULES

Wall = Wallthickness in millimeters

WT = Weights in kilogram per meter



Nominal

pipe size

O.D.

mm

Schedule

40

Wall

Schedule

40

Wt

Schedule

60

Wall

Schedule

60

Wt

Schedule

80

Wall

Schedule

80

Wt

Schedule

100

Wall

Schedule

100

Wt

Schedule

120

Wall

Schedule

120

Wt

Schedule

140

Wall

Schedule

140

Wt

Schedule

160

Wall

Schedule

160

Wt

1/8 10,3 1,7 0,357 2,4 0,470

1/4 13,7 2,2 0,625 3,0 0,804

3/8 17,1 2,3 0,848 3,2 1,10

1/2 21,3 2,8 1,26 3,7 1,62 4,8 1,9

3/4 26,7 2,9 1,68 3,9 2,19 5,6 2,89

1 33,4 3,4 2,50 4,5 3,23 6,4 4,23

1.1/4 42,2 3,6 3,38 4,9 4,46 6,4 5,6

1.1/2 48,3 3,7 4,05 5,1 5,40 7,1 7,23

2 60,3 3,9 5,43 5,5 7,47 8,7 11,1

2.1/2 73 5,2 8,62 7,0 11,4 9,5 14,9

3 88,9 5,5 11,3 7,6 15,3 11,1 21,3

3.1/2 101,6 5,7 13,6 8,1 18,6

4 114,3 6 16,1 8,6 22,3 11,1 28,3 13,5 33,5

5 141,3 6,6 21,8 9,5 30,9 12,7 40,2 15,9 49,0

6 168,3 7,1 28,2 11,0 42,5 14,3 54,2 18,3 67,5

8 219,1 8,2 42,5 10,3 53,1 12,7 64,6 15,1 75,8 18,3 90,7 20,6 101 23,0 112

10 273 9,3 60,2 12,7 81,5 15,1 95,8 18,3 115 21,4 133 25,4 156 28,6 172

12 323,9 10,3 79,7 14,3 109 17,4 132 21,4 160 25,4 187 28,6 208 33,3 239

14 355,6 11,1 94,3 15,1 126 19,0 158 23,8 195 27,8 224 31,8 253 35,7 281

16 406,4 12,7 123 16,7 160 21,4 203 26,2 245 30,9 286 36,5 333 40,5 365

18 457,2 14,3 156 19 206 23,8 254 29,4 310 34,9 363 39,7 408 45,2 459

20 508 15,1 183 20,6 248 26,2 311 32,5 381 38,1 441 44,4 508 50,0 564

22 558,8 22,2 294 28,6 373 34,9 451 41,3 526 47,6 600 54,0 671

24 609,6 17,4 255 24,6 355 30,9 441 38,9 547 46,0 639 52,4 719 59,5 807

26 660,4

28 711,2

30 762

32 812,8

34 863,6

36 914,4


Product descriptions for pipes and tubes

Product descriptions

VL Code Norm Steel grade Product description

110 EN 10216-1 / EN 10210-1 P235 TR2 / S235 JRH Seamless steel normal wall tubes according to EN 10216-1 steel grade P235 TR2

and to EN 10210-1 steel grade S235 JRH with AD-W4 requirements, pressure

tested, with plain ends. Sizes with OD 51 mm paint stencilled with heat

number. If desired with inspection certificate to EN 10204/3.1. Ditto, but outside

shotblasted SA 2,5 and painted, without heat number.

113 EN 10216-2 / DIN 2448 P235 GH / St.35.8 Class I Seamless steel boiler tubes according to EN 10216-2 steel grade P235 GH or DIN

2448 steel grade St.35.8 Class I to DIN 17175 TRD 102 and AD-W4, pressure

tested, with plain ends. Sizes with OD 26,9 mm also stamped with heat number.

If desired with inspection certificate to EN 10204/3.1.

120 EN 10216-1 P235 TR2 Seamless heavy wall tubes according to EN 10216-1 steel grade P235 TR2 and

EN 10210-1, steel grade S235 JRH, with AD-W4, pressure tested, with plain

ends. Sizes with OD 51 mm paint stencilled with heat number. If desired with

inspection certificate to EN 10204/3.1.

125 EN 10210-1 / EN 10297-1 S355 J2H / E355 Seamless heavy wall tubes according to EN 10210-1 steel grade S355 J2H and

EN 10297-1, steel grade E355. Pressure tested, with plain ends. Impact tested at

-20 C, for wall thicknesses 6 mm. Outside paint stencilled with heat number.

If desired with inspection certificate to EN 10204/3.1.Dimension range up to and

incl. 168,3 mm OD.

126 EN 10210-1 / EN 10297-1 S355 J2H / E355 Ditto, however dimension range from OD 177,8 mm up to and incl. 406,4 mm.

127 EN 10210-1 / EN 10297-1 S355 J2H / E355 Ditto, however dimension range > 406,4 mm OD.

126 DIN 17121 MW 450 (20MnV6) Seamless steel heavy wall tubes according to DIN 17121, steel grade MW450

(20MnV6) to material sheet 03R/05.93. Normalised and impact tested at -20 C

to DIN 17121. Eddy Current tested to SEP 1925, with plain ends. Outside paint

stencilled with heat number. If desired with inspection certificate to EN 10204/3.1.

Dimension range from OD 177,8 mm up to and incl. 406,4 mm.

127 EN 10210-1 / DIN 1629 S355 J2H / St.52.0 Seamless heavy wall tubes according to EN 10210-1 steel grade S355 J2H and DIN

1629 steel grade St.52.0 with AD-W4. Pressure tested and impact tested at -20

C, with plain ends. Outside paint stencilled with heat number. If desired with

inspection certificate to EN 10204/3.1. Dimension range > 406,4 mm OD.

1 Seamless steel pipes and tubes

VL codes 110 up to and incl. 181




140 A/SA 106 Gr. B Seamless steel pipes according to ASTM A-106/SA-106 grade B and ASTM A530/

ASME SA 530 with additional requirements to ASME section II part D table Y1,

NACE MR 0175 and NACE 1030. C-content max. 0,22%, C-equivalent max. 0,41%

as per long formula, outside oiled. Sizes with OD 26,7 mm stamped with round

nose tools with heat number, steel grade, dimension and mill symbol. Sizes with

OD 60,3 mm with bevelled ends to A106 par. 19.1.2 note 9 (30 -0/+5), however

with plain ends for wall thickness 25,4 mm. If desired with inspection certificate

to EN 10204/3.1.

150 ASTM/ASME

A-SA333

Gr.6 / LT45 Seamless steel pipes according to ASTM A-333M/SA-333M grade 6 LT 45 with

additional requirements to ASME section II part A, NACE MR 0175 and NACE 1030,

pressure tested to norm. Pipes normalised as per fine grain practice with a grain

size of min. 6 to ASTM E 112. C-content max. 0,20%, C-equivalent max. 0,41% as

per long formula, with impact test Charpy V notch at -45 C (average value min. 27

Joule), outside oiled. Sizes with OD 26,7 mm stamped with round nose tools

with heat number, steel grade, dimension and mill symbol. Sizes with OD 60,3

mm with bevelled ends to ANSI B16.25 fig. 2a/3a, however with plain ends for wall

thickness 25,4 mm. If desired with inspection certificate to EN 10204/3.1.

170 API Spec. 5L

ASTM/ASME

A-SA106

Gr. B

Gr. B

Seamless steel pipes according to API Spec. 5L grade B /ASTM A-106/ASTM

A530 / ASME SA-106/SA530 Grade B to ASME section II part A, with additional

requirements to NACE MR 0175 and NACE 1030. Pressure tested as per API 5L jan.

2000 PSL 1 and A-SA 530. C-content max. 0,22%, C-equivalent max. 0,41% as per

long formula, outside oiled. Sizes with OD 26,7 mm stamped with round nose

tools with heat number, steel grade, dimension, mill symbol and API monogram.

Sizes with OD 60,3 mm with bevelled ends to A106 par. 19.1.2 note 9 (30

-0/+5), however with plain ends for wall thickness 25,4 mm. If desired with


174 API /A/SA 106 Grade B galvanised

threaded & coupl.

Seamless steel tubes according to API Spec. 5L / ASTM A 106 grade B, with

threaded and coupled ends as per API 5L, hot-dipped galvanised to ASTM A53,

pressure tested to the norm. If desired with inspection certificate to EN 10204/3.1.

181 EN 10294-1 E 470AR Seamless hollow bar according to EN 10294-1, steel grade A470 AR (as rolled).

Tubes are especially suitable for machining. With plain ends. If desired with




2 Welded steel pipes and tubes

VL codes 210 up to and incl. 430


210 EN 10217-1 P235 TR1 grooved Welded normal wall steel tubes according to EN 10217-1, steel grade P235 TR1, black, not

oiled, with a groove for a groove coupling system

211 EN 10219-1/2

greenhouse tube

S185 / S235 JRH Welded light wall steel tubes (greenhouse tubes) according to EN 10219-1, steel grade

S185 or S235 JRH, leak tested, with plain ends. If desired with test report to EN 10204/2.2.

Execution black or electrolytic zinc plated

211 EN 10219-1/2

DIN 1626

S235 JRH /

St.37.0

Welded light wall steel tubes according to EN 10219-1 steel grade S235 JRH or to DIN

1626 steel grade St.37.0. Leak tested, with plain ends. If desired with test report to EN

10204/2.2.

212 EN 10219-1/2 S235 JRH Welded heavy wall steel tubes up to and incl. OD 127 mm, according to EN 10219-1,

material grade S235 JRH. Leak tested, with plain ends. If desired with test report to EN

10204/2.2.

212 DIN 1626 /

EN 10219-1

St.37.0 Welded heavy wall steel tubes > OD 127 mm, according to EN 10219-1 material grade

S235 JRH or DIN 1626 steel grade St.37.0. Leak tested as per DIN 1626, with plain ends. If

desired with test report to EN 10204/2.2.

213 EN 10219-1/

DIN 1626

S235 JRH /

St.37.0

Welded normal wall steel tubes according to EN 10219-1 steel grade S235 JRH or to DIN

1626 steel grade St.37.0, leak tested, with plain ends. If desired with test report to EN

10204/2.2. Also in coated execution: shotblasted and painted or painted only.

217 EN 10219-1/2 S355 J2H Welded heavy wall tubes according to EN 10219-1, steel grade S355 J2H, impact tested at

-20 C. If desired with inspection certificate to EN 10204/3.1.

219 BS 3059-1 ERW 320 HF longitudinally welded steel boiler tubes according to BS 3059/87 part 1, steel grade

ERW 320 or to EN 10217-2 steel grade P195 GH, weld efficiency factor V=1, internal weld

seam removed, normalised, tensile strength max. 440 N/mm. Leak tested to the norm,

with plain ends covered with plastic caps. If desired with inspection certificate to EN

10204/3.1.

220 EN 10255 S195T / Poly 3 Plus Welded steel gaspipes according to EN 10255 steel grade S195T. Pressure tested at 50

bar or Eddy Current tested to EN 10246-1. Outside shotblasted SA 2,5 and coated with

polyethylene, colour yellow, layer thickness min. 1,8 mm (Install Poly 3 Plus), with plain

ends or threaded and coupled ends, provided with KIWA Gastec marking.

230 EN 10255 S195T gas Welded steel gaspipes according to EN 10255, steel grade S195T. Pressure tested at 50

bar or Eddy Current tested to EN 10246-1. Execution black or hot-dipped galvanised. Ends

plain or threaded and coupled.

231 EN 10219-1/2

EN 10210-1/2

S235 JRH

construction

Welded steel construction pipes according to EN 10210/10219-1/2, steel grade S235 JRH,

execution black or hot-dipped galvanised. Ends plain or threaded and coupled.

231 EN 10255

Type L2

S195T

Class A

Welded steel pipes type L2 according to EN 10255, steel grade S195T. Pressure tested at

50 bar or Eddy Current tested to EN 10246-1. Execution black, hot-dipped galvanised or

electrolytic zinc plated to EN 10240. Ends plain or threaded and coupled.




232 EN 10219 S235 JRH Welded steel pipes according to EN 10219-1, steel grade S235 JRH, not leak tested, black,

with plain ends

232 EN 10255 S195T Welded steel gaspipes according to EN 10255, steel grade S195T, cold formed, leak tested,

hot-dipped galvanised, with plain ends

233 EN 10219 S235 JRH Welded steel pipes according to EN 10219-1, steel grade S235 JRH, not leak tested, black,

with plain ends

233 EN 10255 S195T Welded steel pipes Type L2 according to EN 10255, steel grade S195T, cold formed, leak

tested, hot-dipped galvanised, with plain ends

239 EN 10255 medium S195T (INSTALL) Welded steel gaspipes (INSTALL medium) according to EN 10255, steel grade S195T. Pres-

sure tested at 50 bar or Eddy Current tested to EN 10246-1. Execution black, hot-dipped

galvanised, electrolytic zinc plated, shotblasted and painted or painted only. Ends plain or

threaded and coupled.

239 EN 10255 heavy S195T (INSTALL) Welded steel steampipes (INSTALL heavy) according to EN 10255, steel grade S195T. Pres-

sure tested at 50 bar or Eddy Current tested to EN 10246-1. Execution black or electrolytic

zinc plated, with plain ends.

271 API Spec. 5L Gr. B In- and outside submerged arc longitudinally welded pipes (SAW) according to API 5L grade

B, with additional requirements to NACE MR 0175. C-content max. 0,22%, C-equivalent max.

0,41% as per long formula. Weld efficiency factor V=1. Pressure tested to the norm, with bevel-

led ends, stamped with heat number, if desired with inspection certificate to EN 10204/3.1.

280 API Spec. 5L

ASTMA 53

Gr.B / X42 /

A53

Electric resistance welded pipes (ERW) according to API 5L PSL 1 grade B / X42 / ASTM

A53M type E grade B, with additional requirements to NACE MR 0175, pressure test based

on grade X42, weld efficiency factor V=1, weld seam annealed. C-content max. 0,22%,

C-equivalent max. 0,41% as per long formula, with bevelled ends. Outside stamped

with heat number, steel grade, mill name and API monogram. If desired with inspection

certificate to EN 10204/3.1.

281 API Spec. 5L /

EN 10217 /

EN 10219

Gr.B /

P265TR2 /

S275J0H

Electric resistance welded pipes (ERW) according to API 5L PSL 1 grade B, to EN 10217

steel grade P265 TR2 and to EN 10219 steel grade S275J0H, with additional requirements

to NACE MR 0175 and MR 0103. C-content max. 0,22%, C-equivalent max. 0,41% as per

long formula, with bevelled ends. Outside stamped with heat number, steel grade, mill

name and API monogram. If desired with inspection certificate to EN 10204/3.1.

290 DIN 2394 St.34.2 KB Welded steel precision tubes according to DIN 2394, cold formed, from cold rolled strip,

steel grade St.34-2, execution BKM (bright), with plain ends

290 DIN 2394 St.34.2 Welded steel precision tubes according to DIN 2394, cold formed, from hot rolled un-

pickled strip, steel grade St.34-2, execution M, with plain ends

290 DIN 2394 St.34.2 GWB Welded steel precision tubes according to DIN 2394, cold formed, from hot rolled pickled

strip, steel grade St.34-2, execution BKM (bright), with plain ends

295 DIN 2394 LEBU heating pipes St.34-2 Welded steel LEBU heating pipes according to DIN 2394, execution BKM (bright), high

gloss electrolytic zinc plated, with plain ends

430 EN 39 EN 39 Welded steel scaffolding tubes, steel grade and tolerances according to EN 39, hot-dipped

galvanised as per EN 10240 table 2, steel grade B2, with plain, deburred ends.


Pipes and Tubes

Pipes and Tubes


Pipes and Tubes

Delivery programme pipes and tubesDimensions and weights

Explanation of used abbreviations is foundon the last page of this catalogue.

D Outside diameters Wall thickness Seamless - VL code 110 - 181 welded - VL code 211 - 430

Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode

Standard Steel grade Surface Ends Length in m Kg/m

2004 12 1 290 EN 10305-3 E220+CR2 S3(COLD) bright plain 6 0.271

2006 12 1 295 DIN 2394 heating pipe R.ST34.2 el zinc pl plain 6 0.271


2328 13 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK

bright plain 6 0.425

2491 13.7 2.35 1/4 230 EN 10255 M bl not oil plain 6 0.650


2721 15 1.2 295 DIN 2394 heating pipe R.ST34.2 el zinc pl plain 6/10 0.408

92240 15 1.2 295 DIN 2394 heating pipe R.ST34.2 el zinc pl plain 6 0.408

2722 15 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK



2970 16 1.2 290 EN 10305-3 E220+CR2 S3(COLD) bright plain 6 0.438

3003 16 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


3008 16 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


23331 17.2 1.8 3/8 231 EN 10255 L2 galvanized plain 6 0.714

33741 17.2 1.8 3/8 231 EN 10255 L2 bl not oil plain 6 0.674


6406 17.2 2.35 3/8 230 EN 10255 M galvanized plain 6 0.903

6405 17.2 2.35 3/8 239 EN 10255 M Install bl not oil plain 6 0.852

6408 17.2 2.35 3/8 239 galvanized plain 6 0.903

6409 17.2 2.35 3/8 239 shbl paint plain 6 0.852

6413 17.2 2.35 3/8 239 galvanized T and C 6 0.909

68993 17.2 2.9 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain SRL 1.020



3342 18 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK



3394 19 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


3397 19 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


4010 20 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


4027 20 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


68997 20 2.9 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain SRL 1.220

68999 20 4 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain SRL 1.580


4270 21.3 2 110 EN 10216-1 P235TR2 bl not oil plain SRL 0.952

4271 21.3 2 113 EN 10216-2 P235GH TC1 bl not oil plain SRL 0.952


Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode


23332 21.3 2 1/2 231 EN 10255 L2 galvanized plain 6 1.020

24550 21.3 2 1/2 231 EN 10255 L2 bl not oil plain 6 0.952

142592 21.3 2 1/2 233 EN 10219 S235JRH bl not oil plain 6 0.952

4272 21.3 2.6 120 EN 10216-1 P235TR2 bl not oil plain SRL 1.200

1832 21.3 2.65 1/2 220 poly plain 6 1.220



85198 21.3 2.65 1/2 232 EN 10255 M CF galvanized plain 6 1.270


1842 21.3 2.65 1/2 239 EN 10255 M Install el zinc pl plain 6 1.220


1844 21.3 2.65 1/2 239 shbl paint plain 6 1.220

1847 21.3 2.65 1/2 239 EN 10255 M Install bl not oil T and C 6 1.230


1850 21.3 2.65 1/2 239 shbl paint T and C 6 1.230

4275 21.3 2.8 1/2 STD 150 A333 A333/6LT45 bl oiled plain SRL 1.270

4276 21.3 2.8 1/2 STD 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 1.270

75176 21.3 2.8 1/2 STD 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 1.270

4277 21.3 2.8 1/2 STD 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 1.350


1852 21.3 3.25 1/2 239 EN 10255 H Install bl not oil plain 6 1.450

4284 21.3 3.7 1/2 XS 150 A333 A333/6LT45 bl oiled plain SRL 1.620

4285 21.3 3.7 1/2 XS 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 1.620

75142 21.3 3.7 1/2 XS 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 1.620

4286 21.3 3.7 1/2 XS 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 1.700

69005 21.3 4 1/2 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain SRL 1.710

73882 21.3 4.8 1/2 S160 150 ASTM A106/A333 GR.B/GR.6 bl oiled plain SRL 1.950

69006 21.3 5 1/2 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain SRL 2.010

34549 21.3 7.5 1/2 XXS 150 ASTM A106/A333 GR.B/GR.6 bl oiled plain SRL 2.550

4448 22 1.2 295 DIN 2394 heating pipe R.ST34.2 el zinc pl plain 6/10 0.616


4453 22 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK



4459 22 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


4824 25 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


4831 25 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK



4846 25 3 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK




4892 25.4 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


4895 25.4 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK



Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode


4914 26 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


4971 26.7 2.9 3/4 STD 150 A333 A333/6LT45 bl oiled plain SRL 1.690

4972 26.7 2.9 3/4 STD 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 1.690

75143 26.7 2.9 3/4 STD 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 1.690

4973 26.7 2.9 3/4 STD 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 1.770

4980 26.7 3.9 3/4 XS 150 A333 A333/6LT45 bl oiled plain SRL 2.200

4981 26.7 3.9 3/4 XS 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 2.200

75144 26.7 3.9 3/4 XS 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 2.200

4982 26.7 3.9 3/4 XS 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 2.320

73883 26.7 5.6 3/4 S160 150 ASTM A106/A333 GR.B/GR.6 bl oiled plain SRL 2.900

34550 26.7 7.8 3/4 XXS 150 ASTM A106/A333 GR.B/GR.6 bl oiled plain SRL 3.640


5027 26.9 2.3 113 EN 10216-2 P235GH TC1 bl not oil plain SRL 1.400

6105 26.9 2.35 3/4 231 EN 10255 L2 bl not oil plain 6 1.410

6109 26.9 2.35 3/4 231 EN 10255 L2 galvanized T and C 6 1.500

31765 26.9 2.35 3/4 231 EN 10255 L2 galvanized plain 6 1.470

54329 26.9 2.35 3/4 233 EN 10219 S235JRH bl not oil plain 6 1.420


6100 26.9 2.65 3/4 220 poly plain 6 1.580



85199 26.9 2.65 3/4 232 EN 10255 M CF galvanized plain 6 1.650


6113 26.9 2.65 3/4 239 EN 10255 M Install el zinc pl plain 6 1.580


6115 26.9 2.65 3/4 239 shbl paint plain 6 1.580

6118 26.9 2.65 3/4 239 EN 10255 M Install bl not oil T and C 6 1.590


6121 26.9 2.65 3/4 239 shbl paint T and C 6 1.590



6123 26.9 3.25 3/4 239 EN 10255 H Install bl not oil plain 6 1.900


69013 26.9 4 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain SRL 2.260






5581 30 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


5584 30 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK







Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode


123508 30 7.5 181 EN 10294-1 E470 bl not oil plain SRL 5.317


5652 31.8 2 211 EN 10219 S235JRH bl not oil plain 6 1.470



69023 31.8 2.9 125 EN 10210 S355J2H bl not oil plain SRL 2.070






5679 32 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


5685 32 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


5688 32 3 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


5824 33.4 3.4 1 STD 150 A333 A333/6LT45 bl oiled plain SRL 2.500

5825 33.4 3.4 1 STD 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 2.500

75145 33.4 3.4 1 STD 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 2.500

5826 33.4 3.4 1 STD 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 2.630

5832 33.4 4.5 1 XS 150 A333 A333/6LT45 bl oiled plain SRL 3.240

5833 33.4 4.5 1 XS 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 3.240

75149 33.4 4.5 1 XS 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 3.240

5834 33.4 4.5 1 XS 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 3.410

5843 33.4 6.4 1 S160 150 A333 A333/6LT45 bl oiled plain SRL 4.240

5844 33.4 6.4 1 S160 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 4.240

34551 33.4 9.1 1 XXS 150 ASTM A106/A333 GR.B/GR.6 bl oiled plain SRL 5.450

5848 33.4 9.1 1 XXS 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 5.450

249 33.7 2.25 1 231 EN 10219 bl not oil plain 6 1.734

250 33.7 2.25 1 231 EN 10219 galvanized plain 6 1.830



5886 33.7 2.6 219 BS 3059 ERW320/P195GH bl not oil plain 6,70 1.990

253 33.7 2.65 1 231 EN 10255 L2 bl not oil plain 6 2.010

256 33.7 2.65 1 231 EN 10255 L2 galvanized T and C 6 2.150

31048 33.7 2.65 1 231 EN 10255 L2 galvanized plain 6 2.130

54330 33.7 2.65 1 233 EN 10219 S235JRH bl not oil plain 6 2.010

81852 33.7 2.65 1 233 EN 10255 L2 CF galvanized plain 6 2.100




247 33.7 3.25 1 220 poly plain 6 2.440

257 33.7 3.25 1 230 EN 10255 M bl not oil plain 6 2.440

259 33.7 3.25 1 230 EN 10255 M galvanized plain 6 2.550

120986 33.7 3.25 230 EN 10255 M galvanized T and C 6 2.610

74640 33.7 3.25 1 232 EN 10255 M CF galvanized plain 6 2.550



Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode


258 33.7 3.25 1 239 EN 10255 M Install bl not oil plain 6 2.440

260 33.7 3.25 1 239 EN 10255 M Install el zinc pl plain 6 2.440

261 33.7 3.25 1 239 galvanized plain 6 2.550

262 33.7 3.25 1 239 shbl paint plain 6 2.440

268 33.7 3.25 1 239 EN 10255 M Install bl not oil T and C 6 2.460

270 33.7 3.25 1 239 galvanized T and C 6 2.610

271 33.7 3.25 1 239 shbl paint T and C 6 2.460



273 33.7 4.05 1 239 EN 10255 H Install bl not oil plain 6 2.970



122755 33.7 5 212 EN 10219 S275J0H galvanized plain 6 3.540

6227 35 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK



6230 35 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


6239 35 2.6 110 EN 10216-1 P235TR2 bl not oil plain SRL 2.080



123724 35 5 181 EN 10294-1 E470 bl not oil plain SRL 5.092






6424 38 2 211 EN 10219 S235JRH bl not oil plain 6 1.780

6426 38 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


74771 38 2.25 211 EN 10219 S235JRH bl not oil plain 9 1.980

122757 38 2.25 213 S500MC powdercoat plain 10 1.980


6434 38 2.6 113 EN 10216-2 P235GH TC1 bl not oil plain SRL 2.270










6827 40 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK





6987 42.2 3.6 1.1/4 STD 150 A333 A333/6LT45 bl oiled plain SRL 3.390


Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode


6988 42.2 3.6 1.1/4 STD 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 3.390

75150 42.2 3.6 1.1/4 STD 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 3.390

6989 42.2 3.6 1.1/4 STD 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 3.570

6991 42.2 4.8 1.1/4 XS 150 A333 A333/6LT45 bl oiled plain SRL 4.470

6992 42.2 4.8 1.1/4 XS 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 4.470

75146 42.2 4.8 1.1/4 XS 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 4.470

6993 42.2 4.8 1.1/4 XS 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 4.710

119737 42.2 6.4 1.1/4 S160 150 A333 A333/6LT45 bl oiled plain SRL 5.610

73364 42.2 6.4 1.1/4 S160 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 5.610

119738 42.2 9.7 1.1/4 XXS 150 A333 A333/6LT45 bl oiled plain SRL 7.770

117206 42.2 9.7 1.1/4 XXS 170 API 5L/ASTM A106 Gr.B bl oiled bevelled SRL 7.770

1428 42.4 2.25 1.1/4 231 EN 10219 bl not oil plain 6 2.217

1429 42.4 2.25 1.1/4 231 EN 10219 galvanized plain 6 2.350




23370 42.4 2.65 1.1/4 231 EN 10255 L2 bl not oil plain 6 2.580

31767 42.4 2.65 1.1/4 231 EN 10255 L2 galvanized plain 6 2.690

54331 42.4 2.65 1.1/4 233 EN 10219 S235JRH bl not oil plain 6 2.580

81853 42.4 2.65 1.1/4 233 EN 10255 L2 CF galvanized plain 6 2.690



1426 42.4 3.25 1.1/4 220 poly plain 6 3.140

1427 42.4 3.25 1.1/4 220 poly T and C 6 3.170

1435 42.4 3.25 1.1/4 230 EN 10255 M bl not oil plain 6 3.140

1437 42.4 3.25 1.1/4 230 EN 10255 M galvanized plain 6 3.280


1436 42.4 3.25 1.1/4 239 EN 10255 M Install bl not oil plain 6 3.140

1438 42.4 3.25 1.1/4 239 EN 10255 M Install el zinc pl plain 6 3.140

1439 42.4 3.25 1.1/4 239 galvanized plain 6 3.280

1440 42.4 3.25 1.1/4 239 shbl paint plain 6 3.140

1445 42.4 3.25 1.1/4 239 EN 10255 M Install bl not oil T and C 6 3.170

1447 42.4 3.25 1.1/4 239 galvanized T and C 6 3.360

1448 42.4 3.25 1.1/4 239 shbl paint T and C 6 3.170


142977 42.4 4 217 EN 10219 S355J2H bl not oil plain 6 3.790

7035 42.4 4 219 BS 3059 ERW320/P195GH bl not oil plain 6,70 3.790

1450 42.4 4.05 1.1/4 239 EN 10255 H Install bl not oil plain 6 3.840








7063 44.5 2 211 EN 10219 S235JRH bl not oil plain 6,40 2.100

7066 44.5 2.25 211 EN 10219 S235JRH bl not oil plain 7 2.340



Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode








67762 44.5 7.1 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain RL 6.550






1140 48.3 2.5 1.1/2 231 EN 10219 bl not oil plain 6 2.811

1141 48.3 2.5 1.1/2 231 EN 10219 galvanized plain 6 2.980




1145 48.3 2.9 1.1/2 231 EN 10255 L2 galvanized plain 6 3.400

24950 48.3 2.9 1.1/2 231 EN 10255 L2 bl not oil plain 6 3.250


57004 48.3 2.9 1.1/2 233 EN 10255 L2 CF galvanized plain 6 3.400


32278 48.3 3.2 430 EN39/2001 S235GT galvanized 6 3.830

1138 48.3 3.25 1.1/2 220 poly plain 6 3.610

1139 48.3 3.25 1.1/2 220 poly T and C 6 3.650

1147 48.3 3.25 1.1/2 230 EN 10255 M bl not oil plain 6 3.610

1149 48.3 3.25 1.1/2 230 EN 10255 M galvanized plain 6 3.770

81851 48.3 3.25 1.1/2 232 EN 10255 M CF galvanized plain 6 3.770


1148 48.3 3.25 1.1/2 239 EN 10255 M Install bl not oil plain 6 3.610

1150 48.3 3.25 1.1/2 239 EN 10255 M Install el zinc pl plain 6 3.610

1151 48.3 3.25 1.1/2 239 galvanized plain 6 3.770

1152 48.3 3.25 1.1/2 239 shbl paint plain 6 3.610

1156 48.3 3.25 1.1/2 239 EN 10255 M Install bl not oil T and C 6 3.650

1158 48.3 3.25 1.1/2 239 galvanized T and C 6 3.870

1159 48.3 3.25 1.1/2 239 shbl paint T and C 6 3.650

7242 48.3 3.7 1.1/2 STD 150 A333 A333/6LT45 bl oiled plain SRL 4.050

7243 48.3 3.7 1.1/2 STD 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 4.050

75147 48.3 3.7 1.1/2 STD 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 4.050

7244 48.3 3.7 1.1/2 STD 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 4.240



141762 48.3 4 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain DRL 4.370


142978 48.3 4 217 EN 10219 S355J2H bl not oil plain 6 4.370


142655 48.3 4.05 1.1/2 230 EN 10255 H bl not oil plain 6 4.430

1161 48.3 4.05 1.1/2 239 EN 10255 H Install bl not oil plain 6 4.430


Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode






7260 48.3 5.1 1.1/2 XS 150 A333 A333/6LT45 bl oiled plain SRL 5.410

7261 48.3 5.1 1.1/2 XS 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 5.410

75148 48.3 5.1 1.1/2 XS 171 API 5L/ASTM A106 GR.B bl oiled plain SRL 5.410

7262 48.3 5.1 1.1/2 XS 174 API 5L/ASTM A106 Gr.B galvanized T and C SRL 5.660




7274 48.3 7.1 1.1/2 S160 150 A333 A333/6LT45 bl oiled plain SRL 7.250

7275 48.3 7.1 1.1/2 S160 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 7.250



119739 48.3 10.2 1.1/2 XXS 150 A333 A333/6LT45 bl oiled plain SRL 9.560

7222 48.3 10.2 1.1/2 XXS 170 API 5L/ASTM A106 Gr.B bl oiled plain SRL 9.560


7382 50 1.5 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK







7548 51 2.25 211 EN 10219 S235JRH el zinc pl plain 7 2.710


108266 51 2.25 211 EN 10219 S235JRH galvanized plain 7 2.710


7551 51 2.6 113 EN 10216-2 P235GH TC1 bl not oil plain DRL 3.100



124427 51 2.9 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain DRL 3.440











67783 51 12.5 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain RL 11.900

67784 51 14.2 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain RL 12.900

7583 54 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK




Pipes and Tubes



Legend

Art.nr D1 mm S1mm

D1inch

Sched VLCode












7637 57 2.25 211 EN 10219 S235JRH bl not oil plain 6,40 3.040






7651 57 3.2 113 EN 10216-2 P235GH TC1 bl not oil plain DRL 4.250


141763 57 5 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain DRL 6.410





67793 57 10 125 EN 10210/10297-1 S355J2H/E355 bl not oil plain RL 11.600




8122 60.3 2 290 EN 10305-3 E220+CR2/E235+CR1S2-PICK


8123 60.3 2.25 211 EN 10219 S235JRH bl not oil plain 6,40 3.220

3693 60.3 2.5 2 231 EN 10219 bl not oil plain 6 3.539


8126 60.3 2.9 113 EN 10216-2 P235GH TC1 bl not oil plain DRL 4.110




114483 60.3 2.9 213 EN 10217-1/10219 P235TR1/S235JRH bl not oil plain 6 4.110


3697 60.3 2.9 2 231 EN 10255 L2 galvanized plain 6 4.310

31049 60.3 2.9 2 231 EN 10255 L2 bl not oil plain 6 4.110

57005 60.3 2.9 2 233 EN 10255 L2 CF galvanized plain 6 4.310



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