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Product Type

 

 

Methods Units Conditions Results Requirements Pass/Fail
Tensile properties

 

 

 

 

 

EN 12230

 

 

 

 

 

Mpa

 

 

 

New, 23°C 0.54 > 0.40

 

 

 

Pass
After A/W Ageing (1) 0.55 Pass
After Spike Resistance ⑵ 0.50 Pass
After A/W Ageing (1) + Spike Resistance (2) 0.49 Pass
Variation

(%)

 

After Spike Resistance ⑵ 7 < 20

 

Pass
After A/W Ageing (1) +

Spike Resistance ⑵

11 Pass
Elongation at break

 

 

 

 

 

EN 12230

 

 

 

 

 

%

 

 

 

New, 23°C 61 > 40

 

 

 

Pass
After Ageing ⑴ 52 Pass
After Spike Resistance ⑵ 70 Pass
After A/W Ageing ⑴ + Spike Resistance ⑵ 42 Pass
Variation

(%)

 

After Spike Resistance ⑵ 15 <20

 

Pass
After A/W Ageing (1) + Spike Resistance ⑵ 19 Pass
Resistance to wear EN ISO 5470-1 g New, 23°C 2.8 < 4.0 of mass loss between 500 and 1500 cycles Pass
Water permeabilty EN 12616 mm/h New, 23°C > 2 000 > 150 mm/h Pass
Absolute thickness EN 1969 (method A) mm New, 23°C 13.0 > 10 Pass
Overall thickness EN 1969 (method A) mm New, 23°C 13.6 - -

Dimensions

(1) A/ W ageing - Hot air ageing + hot water ageing

The hot air and water ageing is performed according to EN 13817 standard and immediately after according to EN 13744 standard. After surface exposure, the following properties are measured again to check any potential change:

Shock absorption

Tensile properties / Elongation at break

(2) Spike resistance

The spike resistance test is performed according to test method described in the EN 14810 standard.


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