SAFETY FOOTWEAR Physical and Mechanical Parameters of DERMODRY COOLMAX Lining Material DERMODRY COOLMAX LINING Features Tensile Strength, N 15 34 25,600 Dry cycles 76,800 Water Vapor Permeability, mg/cm2 per hour 2.0 72.5 12,800 Wet cycles 34,100 Abrasion Resistance without Damage of the Material, cycles EN ISO 20345 Requirements DERMODRY COOLMAX actual performance Performance Comparison of Physical and Mechanical Properties of ON STEAM Lining Material ON STEAM LINING Physical Properties Tensile Strength, N, min 3.0 50 25,600 300000 Dry Environment Water Vapor Permeability, mg/cm2 per hour, min Water Penetration and Absorption Resistance 2.0 13.5 – 2.0 sec 12,800 150000 Wet Environment Abrasion Resistance without Damage of the Material, Cycles, min EN ISO 20345 Requirements ON STEAM Leatherette Actual Performance TOE CAP Properties Standards Compliance Toe Cap Weight (half pair), g Heat Resistance of Outsole EM Security Equipment Test Forefoot Protection against Impacts 58 Partial overheating of the foot when exposed to high temperatures and partial hypothermia when exposed to low temperatures No overheating of the foot when exposed to high temperatures and partial hypothermia when exposed to low temperatures Not detectable by electronic alarm systems Detectable by electronic alarm systems 98 54 Provide 200 J Impacts Protection (200 MIL) Performance comparison of toe caps made from different materials used in the production of injection molded footwear TECHNOLOGY Aluminium Inside protective toe cap: Composite Inside protective toe cap: Steel Inside protective toe cap: EN ISO 20345, GOST 28507- 99 81
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