ZeonorFilm isotropic optical film properties · C ASTM D696 7x10-57x10 1.5x10-5 ... ZF14-188 136°C...

2
100 90 80 70 60 50 40 30 20 10 0 200 300 400 500 600 700 800 Wavelength (nm) Thickness: 3 mm ZeonorFilm PC PET Transmittance (%) HIGH TRANSPARENCY ZeonorFilm exhibits high transparency (92% light transmittance) and excellent turbidity (haze value <0.1%), for enhanced brightness. HIGH TRANSPARENCY INERT SURFACE ZeonorFilm is manufactured from Zeon’s cyclo olefin polymer (COP). COP is known for its excellent optical properties and also for being a high-purity resin. ZeonorFilm has an inert surface which makes it ideal for sensitive bio-diagnostic devices. INERT SURFACE Item Measurement method Unit ZeonorFilm PC PET TAC Membrane formation method Melt extrusion Melt extrusion Solvent cast Melt extrusion Solvent cast Film thickness μm 100 100 100 80 Total light transmittance ASTMD1003 % 92 91 91 92 92 Dispersion (550nm transmittance) % 91 90 90 89 92 Haze % <0.1 0.3 0.2 1.8 0.3 Retardation Parallel Nichols method 3 20 10 25 3 LOW BIREFRINGENCE ZeonorFilm ® isotropic optical film properties

Transcript of ZeonorFilm isotropic optical film properties · C ASTM D696 7x10-57x10 1.5x10-5 ... ZF14-188 136°C...

100

90

80

70

60

50

40

30

20

10

0200 300 400 500 600 700 800

Wavelength (nm) Thickness: 3 mm

ZeonorFilm

PC

PET

Transmittance (%

)

HIGH TRANSPARENCY

ZeonorFilm exhibits high transparency (92% light

transmittance) and excellent turbidity (haze value <0.1%),

for enhanced brightness.

HIGH TRANSPARENCY

INERT SURFACE

ZeonorFilm is manufactured from Zeon’s cyclo olefi n

polymer (COP). COP is known for its excellent optical

properties and also for being a high-purity resin.

ZeonorFilm has an inert surface which makes it ideal

for sensitive bio-diagnostic devices.

INERT SURFACE

ItemMeasurement

methodUnit ZeonorFilm PC PET TAC

Membrane formation methodMelt

extrusion

Melt

extrusionSolvent cast

Melt

extrusionSolvent cast

Film thickness μm 100 100 100 80

Total light

transmittance

ASTMD1003

% 92 91 91 92 92

Dispersion (550nm

transmittance)% 91 90 90 89 92

Haze % <0.1 0.3 0.2 1.8 0.3

RetardationParallel Nichols

method— 3 20 10 25 3

LOW BIREFRINGENCE

ZeonorFilm® isotropic optical film properties

TYPICAL PROPERTIES OF ZEONORFILM

UnitsMeasurement

methodConditions ZeonorFilm

Heat-resistant

PCPET TAC

Physical properties

Specifi c gravity — JISK 6760 — 1.01 1.2 1.4 1.3

Waterabsorbency

% ASTM D570 — <0.01 0.3 0.4 7

Opticalproperties

Refractiveindex

— ASTM D542 D line, 25°C 1.53 1.59 1.60 —

Lighttransmittance

% JISK 7105Thickness

100μm92 91 89 92

Haze % JISK 7105Thickness

100μm<0.1 — — —

Abbe number — ASTM D542 25°C 56 — — —

Birefringence nmParallel Nicols

methodRoom

temperature3 — — —

Thermalproperties

Glass transitiontemperature

°C DSC 136°–163°C — — —

Molding shrinkage %100μ film100mm

120°CMD/TD

-0.02/0.06 0.01/0.00 0.56/0.52 0.61/0.54

150°CMD/TD

— 0.07/0.02 0.012 —

Linear expansioncoeffi cient

cm/cm°C

ASTM D696 7x10-5 7x10-5 1.5x10-5 —

Mechanicalproperties

Tensile strength MPa ASTM D638100μ

MD/TD60/59 62 210/220 130

Tensile elongation

% ASTM D638100μ

MD/TD40/30 110 150/130 40

Pencil hardness JISK 5401 B 2B H —

Electricalproperties

Dielectricbreakdown

strengthKY/mm ASTM D149 10μ film 360 — — —

Volumeresistivity

Ω • cm ASTM D257 >1016 >1016 >1016 —

Relative dielectricconstant

ASTM D150 1MHz 2.3 3 3.2 —

Dielectrictangent

ASTM S150 1MHz 0.005 0.01 0.01 0.013

Arcresistance

sec ASTM D495 3mm plate 124 — — —

ZEONORFILM IS AVAILABLE IN VARIOUS THICKNESS AND GLASS TRANSITION TEMPERATURES TO MEET A WIDE VARIETY OF APPLICATIONS.

ZeonorFilm

Grade

Glass Transition

Temperature (°C)Thickness

ZF14-040 136°C 40 μm

ZF14-050 136°C 50 μm

ZF14-060 136°C 60 μm

ZF14-100 136°C 100 μm

ZF14-188 136°C 188 μm

ZF16-100 163°C 100 μm

ZF16-188 163°C 188 μm

*Custom thicknesses are available via special order.

*Properties shown above are typical values. For specifi cation values, contact OPTES.