Vigil Antislip

Test Results

Resistance to Impact : RESULTS 196kg.cm.

Test Method ASTM D2794
Height Level
Condition
 
kg.cm
1
2
3
4
5
Low
192
Crack
No
No
No
No
Medium
196
No
Crack
No
No
Crack
High
200
No
Crack
No
Crack
Crack

Resistance to Fire : Simultaneous Determination of ignitability, Flame Propagation, Heat Release and Smoke Release.

Test Method AS 1530.31989 AMDT N01 Apr 92
Condition
Mean
Ignition Time
5.78 min
Flame Propagation Time
Nil secs
Heat Release Integral
71.1 kj/sq.M
Smoke Release, Log D
-0.8101
Optical Density, D
0.1572 /M

Test Method AS 1530.31989 AMDT N01 Apr 92
Condition
Mean
Index
Ignitability Index
14
0 - 2
Spread of Flame Index
0

0 -10

Heat Evolved Index
2
0 - 10
Smoke Developed Index
5
0 -10

Slip Resistance :

Test Method ASTM D4518
Condition
Result
Dry
0.53
Wet
0.50
Oiled
0.49
Oiled After Impact
0.41

Test Method DIN 51130
Grade
Result
Commercial
R -13
Industrial
R -12
Offshore
R -12

Test Method AS/NZ 3661.1
.
Commercial
Industrial
Offshore
Dry Leather
1.30
1.50
1.80
Dry Rubber
1.30
1.30
1.90
Wet Rubber
0.95
0.85
0.85

Resistance to Delamination : RESULTS 1.9 - 2.3 N/sq.mm. Test Method BS 3900 Pt. E10.

Resistance to Abrasion : Result > 313.6 g/mm. Test Method ASTM D658.

Chemical Resistance of Resins :

Javel Water (NaCl, Sodium hypochlorite) 14%

Sulphuric acid

10%
Nitric acid 30%
Formic acid 10%
Acetic acid 10%
Latic acid 5%
Petrol (tetraethyl lead fuel)  
Toluene  
Styrene  
1.1, 1-trichloroethane  
Skydrol 500A (hydraulic fluid for aircraft)  
Test periods in week  
   
resistant
slightly softened

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