Technical data Test method Test Method Unit Value Density ISO ...

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ISO 1183 (DIN53479) g/cm³. ≈1,47. Tensile stress at yield. DIN EN ISO 527 (DIN 53 455). Test specimen 1B. N/mm². 55. Elongation at break. DIN EN ISO 527 ...
Technical data Density Tensile stress at yield Elongation at break Modulus of elasticity Stress at 3,5% Strain Compression strength Impact strength

Test method ISO 1183 (DIN53479) DIN EN ISO 527 (DIN 53 455) DIN EN ISO 527 (DIN 53 455) ISO 527-2 (DIN 53 457) ISO 178 (DIN 53 452) ISO 3605 (DIN 53 454) DIN EN ISO 179 (DIN 53 453)

Notch impact strength

DIN EN ISO 179 (DIN 53 453)

Flexure Creep Modulas

Load Duration 1 year bending stress < 5 N/mm²

Ball pressure hardness Shore Hardness D Vicat softening temperature Heat distortation temperature Heat distortation temperature Coefficient of linear expansion Thermal conductivity at 20°C Volume resistivity Surface resistivity Relative dielectric constant εr Dielectric loss factor tan δ Glow wire test Incandescence bar test Track resistance Breakdown Voltage Arc resistance Fire behaviour Class

ISO 2039 (DIN 53 456) Din 53 505 DIN EN ISO 306

Test Method Test specimen 1B Test specimen 1B Test specimen 1B

Test specimen 1eU Test specimen 1eA 20°C 40°C 60°C H358/30

Unit g/cm³ N/mm² % N/mm² N/mm² N/mm² kJ/m²

Value ≈1,47 55 20 3100 80 78 No rupture at 0 °C 4

kJ/m² N/mm² N/mm² N/mm² N/mm²

Method B 50

°C

≈1900 ≈1300 ≈450 120 85 80

DIN EN ISO 75

Method A

°C

≈75

DIN EN ISO 75

Method B

°C

≈82

DIN 53 752

20 to 60°C

K¯¹

≈70 x 10¯6

W/(m.K)

≈0.16

Ωcm Ω

>1015 >1013 ≈3,2

DIN 52 616 DIN IEC 60093 VDE 0303-30 DIN IEC 60093 VDE 0303-30 DIN 53 483 VDE 0303 Part 4 DIN 53 483 VDE 0303 Part 4 VDE 0471/2-1, DIN IEC 695/2-1 DIB VDE 0304 part 3, IEC 707 DIN IEC 112 / VDE 0303 part 1 DIN 53 481/ VDE 0303 part 2 DIN 53 484 DIN 4102 (D) UL 94 (USA) UL94 (USA)

at 1kHz at 1kHz

Thickness 3mm

Step CTI KV/mm Step

1mm min thickness 3mm min thickness

Epiradiateur-test (F) Water absorption Physiological indifference Weather stability Temperature range for application 16 Chestnut Way, Adel, Leeds LS16 7TN Tel 07766 655816 / 0781520661 Fax: 0113 868006

DIN 53 495 / ISO 62 DIN 53 387

Method 3

Mg/cm3

Radiation of 0.8 MJ/cm² Xenon 450 Classification

DIN EN 20105-A02 grey scale

≈0,02 960°C Passed BH 2-15 450 ≥12 L1 B1, 1 – 4 mm V-0, 5VB, colour grey V-0, 5VA, all colours M1, 1 to 3 mm , 6mm ≤3 no Class 3-2 -15 to 60°C

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