Fire Fighting Shoes Long (Rubber Shoes Long)

Fire Fighting Shoes Long (Rubber Shoes Long)

Specifications
  • Thermal insulation (°C) 13.6 or less
  • The puncture power is greater than 1560 N.
  • Breaking efficiency (mm)> 15 against cutting
  • Efficiency (degree) of combustion deceleration fv-1
  • Rubber resistance to stress inside shoes> 5000V
  • Oil resistance (%) -2~+10 tensile strength MPa is greater than 14.7 or greater than 10.78
  • % Stretch is greater than or greater than 480
  • Permanent deformation deformation % less than 40
  • Aeration cm3 / 1.6 km = 0.8
  • Shape class A 55~65 55~70
  • Fragile temperature 40 ° C - or less - 40 ° C
  • Hot aging (100 meters in 24 hours)
  • Tensile strength is reduced by% 35 or less than 35
  • Flame retardant performance (GB / T13488) fv-1 fv-1 class
  • Adhesion of the upper and textile linings to the adhesion force N / mm 0.78

Description

  1. Non-slip resistance: firefighters use fire-extinguishing rubber boots in the slip resistance test, slip angle of at least 15 °
  2. Break resistance: fire-resistant rubber fire-fighting boots, tested with a static pressure test of 1078 CN and an impact toughness of 23 KG and a drop test height of 300 mm, and a descent of at least 15 mm
  3. Puncture resistance: Puncture resistance of the extinguishing rubber shoe is not less than 1100 N.
  4. Cut protection: Firefighters’ rubber bands are cut with a total weight of 800 G without being pierced.
  5. Electrical insulation performance: fire protection is not less than 5,000 V and the current is less than 3 mA.
  6. Thermal insulation efficiency: when the rubber boots are heated for 30 minutes during the thermal insulation test, the sole temperature is not higher than 22 ° C
  7. Acid and base resistance: fire-resistant footwear with protective rubber material at 23 ° C + 2 ° C to 3,7 MOL / L acidic and alkaline, 6,0 MOL / L sodium hydroxide solution for 70 h + 2 h, no significant change in physical and mechanical properties properties
  8. Oil resistance: Fire-resistant shoes with protective rubber material at 23 ° C + 2 ° C for 1 # Standard oil soaked for 24 hours, change in volume inside – 2 – / + 10%
  9. Resistance to heat radiation penetration: fire-fighting shoes with protective rubber material, the surface radiant heat load is 10 kW / ㎡ + 1 kW / ㎡, 1 min after exposure, the surface temperature of the material is not more than 22 °C.
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