TFI Report Reaction to fire test

Transcription

1 TFI Report Reaction to fire test For the classification according to EN :2010 Customer GÜLSEVEN HALI GÜLSEVEN TEKSTIL KIMYA GIDA SAN. TIC. LTD. STI Ahi Evran Sanayi Sitesi Istiklal Caddesi No: Demirci/Manisa TURKEY Product textile floor covering ELITE Responsible at TFI Dipl.-Ing. Ulrike Balg Tel: Aachen, 29 May 2015 This report includes 2 pages and 3 annexes. This report is a transcription of test report no The present document is provided with a qualified electronic signature and is valid without autograph signature. This report only applies to the tested specimens and has been established to the best of our knowledge. Only the entire report shall be reproduced. Under no circumstances, extracts shall be used. Furthermore, we apply the General Terms and Conditions for the Execution of Contracts of the Textiles & Flooring Institute GmbH, also with regard to the order execution.

2 Transaction Test order Order date 22 April 2015, 29 May 2015 Your reference Product designation Reaction to fire test for construction products according to EN ISO :2010 B. Gülseven ELITE TFI sample number Date of manufacture not specified Date of sample receipt 04 May 2015 Sampling performed by 2 Product Specification cf. annex KT 3 Results Customer Burning behaviour using a radiant heat source according to EN ISO :2010 Average critical heat flux [kw/m²] 7.9 Integrated smoke density [% x min] 44 Adhesion Substrate according to EN 13238:2010 none fibre cement board This test report is the basis for a classification report according to EN :2010. The test results relate to the behaviour of the test specimens of a construction product under the particular conditions of the test; they are not intended to be the sole criterion for assessing the potential fire hazard of the construction product in use. 4 Annexes Photographs F Characteristics of the construction product a KT Reaction to Fire a RP The annexes marked a are based on tests accredited in accordance with EN ISO/IEC Page 2 of 2

3 F Annex F - Photographs 1 Transaction Product designation ELITE TFI sample number Testing period 27 May Test Method / Requirements -not specified- 3 Results 3.1. Specimen 1, in production direction 3.2. Specimen 2, in production direction Page 1 of 2

4 F Specimen 3, in production direction 3.4. Specimen 4, cross production direction Page 2 of 2

5 KT Annex KT Characteristics of the construction product 1 Transaction Product designation ELITE TFI sample number Testing period 26 May Test Method / Requirements ISO 1765:1986 ISO 8543:1998 Deviation Machine-made textile floor coverings Determination of thickness Textile floor coverings Methods for determination of mass Indication of mean values instead of individual results 3 Results Parameter Manufacturer's data TFI results Type of manufacture woven woven Type of surface cut pile cut pile Backing woven textile backing (jute and polyester cotton compound) finish Pattern - none - multicoloured, patterned Colour - none - blue, beige, red, dark blue Use surface 100 % wool not tested Type of delivery broad loom broad loom Total thickness [mm] Thickness of pile above the substrate [mm] 12 not tested Total mass per unit area [g/m²] 4200 ± 5 % 4043 CV= 0.6 % CV=Coefficient of Variation Page 1 of 1

6 RP Annex RP Reaction to Fire 1 Transaction Product designation ELITE TFI sample number Testing period 27 May Test Method / Requirements EN ISO :2010 Part 1 Determination of the burning behaviour using a radiant heat source Substrate according to EN 13238:2010 Fibre cement board Adhesion - none - Joint according to EN ISO :2010 No Conditioning Conditioning to constant mass according to EN 13238:2010 Deviation - none - 3 Results cf page 2-5 Page 1 of 5

7 RP (page 2 of 5) Annex RP - Burning behaviour Sample designation Sample Sample No.: 1 Direction: in production direction Observation molten/singed during pre-radiation up to 210 mm buckled/contracted from pilot flame area up to 0 mm penetration of flame through substrate - transitory flaming - blistering - glowing, after flame has extinguished - Results Position Time Heat Flow [mm] [min:s] [kw/m²] 50 02: : : : : Time Position Heat Flow [min:s] [mm] [kw/m²] 10: : : [%] Smoke density Zeit [min] CHF [kw/m²] 7.74 HF_30 [kw/m²] 0.00 Smoke density integral [%*min] 47.5 Flame extinguished after [min:s] 12:02 max. burnt distance [mm] 275 max. light attantuation [%] 23.0

8 RP (page 3 of 5) Annex RP - Burning behaviour Sample designation Sample Sample No.: 2 Direction: in production direction Observation molten/singed during pre-radiation up to 210 mm buckled/contracted from pilot flame area up to 0 mm penetration of flame through substrate - transitory flaming - blistering - glowing, after flame has extinguished - Results Position Time Heat Flow [mm] [min:s] [kw/m²] 50 02: : : : : Time Position Heat Flow [min:s] [mm] [kw/m²] 10: : : [%] Smoke density Zeit [min] CHF [kw/m²] 8.03 HF_30 [kw/m²] 0.00 Smoke density integral [%*min] 46.8 Flame extinguished after [min:s] 12:54 max. burnt distance [mm] 262 max. light attantuation [%] 24.3

9 RP (page 4 of 5) Annex RP - Burning behaviour Sample designation Sample Sample No.: 3 Direction: in production direction Observation molten/singed during pre-radiation up to 210 mm buckled/contracted from pilot flame area up to 0 mm penetration of flame through substrate - transitory flaming - blistering - glowing, after flame has extinguished - Results Position Time Heat Flow [mm] [min:s] [kw/m²] 50 02: : : : : Time Position Heat Flow [min:s] [mm] [kw/m²] 10: : : [%] Smoke density Zeit [min] CHF [kw/m²] 8.14 HF_30 [kw/m²] 0.00 Smoke density integral [%*min] 38.8 Flame extinguished after [min:s] 12:32 max. burnt distance [mm] 257 max. light attantuation [%] 21.7

10 RP (page 5 of 5) Annex RP - Burning behaviour Sample designation Sample Sample No.: 1 Direction: cross production direction Observation molten/singed during pre-radiation up to 210 mm buckled/contracted from pilot flame area up to 0 mm penetration of flame through substrate - transitory flaming - blistering - glowing, after flame has extinguished - Results Position Time Heat Flow [mm] [min:s] [kw/m²] 50 02: : : : : Time Position Heat Flow [min:s] [mm] [kw/m²] 10: : : [%] Smoke density Zeit [min] CHF [kw/m²] 7.81 HF_30 [kw/m²] 0.00 Smoke density integral [%*min] 45.5 Flame extinguished after [min:s] 13:16 max. burnt distance [mm] 272 max. light attantuation [%] 23.7