Typical Uses:
-Skid resistant surfaces are intended to provide a degree of skid resistance consistent with the intended end use, ranging from dry to wet environments for interior habitable spaces. It is used on interior stairs, ramps, and walkways. The material can be applied over new or existing concrete, ceramic tiles, metal surfaces or Dex-O-Tex composition decking.
-No significant odor during installation.
-Resists most common chemical spillage.
-Wide range of color and profile selection.
-Adhesion ASTM D4541
(100% failure in concrete) > 400 psi
Coefficient of Friction-Rubber Show Surface
(MIL D-3134H Test Procedure)
Profiles
Static
Friction
Saltwater
Solution on
Surface
Static
Friction Oil
on Surface
Sliding
Friction
Saltwater
Solution on
Surface
Slide
Friction
Oil on
Surface
Fine
0.95
0.75
0.89
0.44
Medium
1.00
0.75
0.95
0.45
Coarse
1.09
0.85
1.00
0.56
Very Coarse
1.24
0.88
1.04
0.59
Overall Thickness (Dry Film) to Top of Skid
Resistance Aggregates
-Very Fine Profile 6 Mils
-Fine Profile 12 Mils
-Medium Profile 23 Mils
-Coarse Profile 50 Mils
-Very Coarse Profile 65 Mils
Chemical Resistance ASTM D1308
(See Chemical Resistance Chart for Additional Data)
-Citric Acid (70%) No effect
-Hydrochloric (10%) No effect
-Sulfuric Acid (50%) No effect
-Lactic Acid Discoloration
-Beef and Bacon Fat No effect
-Hydraulic Fluid No effect
-Urine No effect
Resistance to Immersion
-MIL-D-23003A Para. 4.5.11, SAE 10 Oil; Detergent Solution No softening, loss of adhesion or other form of deterioration
Fire Resistance ASTM E162
-Flame Spread Index 0
-Smoke Deposited 2mg
-Hardness ASTM D2240, Shore D 75-80
-Microbial Resistance ASTM G21 Passes
-Adhesion ASTM D3359 (Cross-hatch) No Loosening