Compact

TECHNICAL SPECIFICATIONS

Thickness	EN 438-2 section 5	According to the required thickness	02.0 < t < 03.0 mm: ± 0.20mm 03.0 < t < 05.0 mm: ±0.30mm 05.0 < t < 08.0 mm: ±0.40mm 08.0 < t < 12.0 mm: ±0.50mm 12.0 < t < 16.0 mm: ±0.60mm 16.0 < t < 20.0 mm: ±0.70mm 20.0 < t < 25.0 mm: ±0.80mm
Density	ISO 1183-1	1.4	Min. 1.35GR/CM3
Wear Resistance	EN 438-2 section 10 CGS	IP=185 Rev. Wear Value=485 Rev.	Initial Point> 150 Rev. Wear Value > 350Rev.
Scratch Resistance	EN 438-2 section 25 CGS	3N 4N	Flat Surface Min. 2N, Textured Surface Min. 3N
Impact Resistance	EN 438-2 Big Ball section 21CGS 2.0 <t< 6.0mm t>6.0mm	No Crack, 4.5 mm No Crack, 3.5 mm	1400 mm height: no crack.50mm Max. 1800 mm height: no crack, 50mm Max.
Resistance to Crazing (20 Hours @80◦c)	EN 438-2 section 24 CGS	Level 4	Min. level 4
Resistance to Dry Heatatat180◦c	EN 438-2 section 16 CGS Glossy Surface Finish Other Surface Finish	Level 4 Level 5	Min. Level 3 Min. Level 4
Resistance to Water Vapor	EN 438-2 section 14 CGS Glossy Surface Finish Other Surface Finish	Level 4 Level 5	Min. Level 3 Min. Level 4
Resistance to Boiling Water	EN 438-2 section 12 CGS2<t<5.0mm i>5.0mm Glossy Surface Finish Other surface Finish	2.2% 3.1% 0.55% 0.65% Level 4 Level 5	Max. 5% in Weight Max. 6% in thickness Max. 2% in weight Max. 2% in thickness Min. Levels Min. Level 4
Resistance to Cigarette Burn	EN 438-2 section 30 CGS	Level 4	Min. Levels
Resistance to Staining	EN 438-2 Section 26 CGS Group 1+2 Group 3	Level 5 Level 5	Min. Levels Min. Level 4
Flatness	EN 438-2 Section 9 CGS 2.0<t<6.0mm 6.0<t< 10.0mm t> 10.0 mm	1.23mm 11.46mm 1.87 mm	Max. 8 mm / 1 M Length Max. 5 mm / 1 M Length Max. 3 mm / 1 M Length
Light fastness	EN 438-2 Section 27 CGS Grey Scale	Level 5	Min. level 4
High Temp, stability 70◦c	EN 438-2 Section 17 CGS 2.0<t<5.0mm t> 5.0mm	Level: 0.22 mm W: 0.35mm L: 0.18mm W: 0.23mm	L: Max. 0.4 mm W: Max. 0.8 mm L: Max. 0.3 mm W: Max. 0.6 mm
Tensile Strength	EN ISO 527-2CGS	35 Mpa	Min.60Mpa
Flexural Strength	EN ISO 178 EDS, EOF	114 Mpa	Min.80Mpa
Flexural Modulus	EN ISO 178 EDS, EOF	16. 522 Mpa	Min.9000Mpa
Coefficient of Linear Thermal expansion(COTE)	ASTM D696-08	6. OX 10	Rnm~/mrrrc

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