| Technical characteristics |
Typical values |
Expected limit values |
| Sizes - Dimensions UNI EN ISO 10545-02 |
Comply with specification |
Requirements of standard
UNI EN 14411 G
|
| Water Absorption UNI EN ISO 10545-03 |
<= 0,5 % |
<= 0,5 % UNI EN 14411 G |
| Breakage resistance UNI EN ISO 10545-04 |
> 1300 N |
1300 N min UNI EN 14411 G |
| Flexural strenght UNI EN ISO 10545-04 |
> 35 N/mm² |
35 N/mm² min UNI EN 14411 G |
| Shock resistance UNI EN ISO 10545-05 |
Restitution coefficient e > 0,87 |
Available test method UNI EN 14411 G |
| Resistance to deep abrasion UNI EN ISO 10545-06 |
<= 175 |
175 mm³ max UNI EN 14411 G |
| Linear Thermal Expansion UNI EN ISO 10545-08 |
6,4 (10-6 °C-1) |
Available test method UNI EN 14411 G |
| Thermal shock resistance UNI EN ISO 10545-09 |
Passed |
Available test method UNI EN 14411 G |
| Determination of moisture expansion UNI EN ISO 10545-10 |
0,1 |
Available test method UNI EN 14411 G |
| Frost resistance UNI EN ISO 10545-12 |
Passed |
Required UNI EN 14411 G |
| Chemical resistance UNI EN ISO 10545-13 |
A
LA HA
|
B Min. UNI EN 14411 G
As stated by the company
|
| Stain resistance UNI EN ISO 10545-14 |
Class
4
|
Class 3 min UNI EN 14411 G |
| Slip resistance DIN 51130 |
R 11 |
From R9 to R13 BGR 18 |
| Slip resistance barefoot DIN 51097 |
A+B+C |
From A to C GUV 26.17 |
| Static coefficient of friction(COF) |
DRY WET
0,79 0,66
|
|
| Dynamic Coefficient of Friction (DCOF) |
DRY WET
-- 0,79
|
|
