IPR500
IPR500
Reference: 235141
Sizes: 35-48
Normative: EN-ISO 20345:2011 S3+SRC+CI
Description: Water-resistant split leather and cordura-like textile boots. incap non-metallic toe cap. extile puncture resistant insole. SRC slip resistant bi-density polyurethane sole.
Upper: Split leather + Cordura fabric. Both hydrofugated.
Lining: Synthetic fabric: high breathability and abrasion resistance. Foamed.
Inner insole: Anatomic preformed with antibacterial treatment. It allows 30º washing and it is abrasion resistant.
Outsole: Double density polyurethane with anti-slip reliefs.
Toe cap: Composite (Light, non-magnetic, thermally isolated, recovers form after normative impact).
Proective Insole : Non-metallic penetration resistant insole (High Tenacity Polyester).
Closing System : Hydrofugated laces.
TOECAP RESISTANT
To impacts, of an energy up to 200 J and with a compression strength of 15 KN.
CLOSED BUTTRESS.
PERFORATION RESISTANCE
Insole with protection against perforation up to 1,100N.
ENERGY ABSORPTION OF HEEL
Up to 20J.
SLIP RESISTANCE
SRA. on tile (heel ≥0.28, plano ≥0.32). SRB on steel (heel ≥0.13, plano ≥0.18). SRC on tile and steel.
INSULATION OF SOLE AGAINST COLD.
ELECTROSTATIC CHARGES
Material and structure allowing dissipation of electrostatic charges: resistance between 0.1 MW and 1.000MW.
HYDROCARBON RESISTANT SOLE
RESISTANT TO WATER PENETRATION AND ABSORPION
Of the upper.
TOECAP RESISTANT
To impacts, of an energy up to 200 J and with a compression strength of 15 KN.
CLOSED BUTTRESS.
PERFORATION RESISTANCE
Insole with protection against perforation up to 1,100N.
ENERGY ABSORPTION OF HEEL
Up to 20J.
SLIP RESISTANCE
SRA. on tile (heel ≥0.28, plano ≥0.32). SRB on steel (heel ≥0.13, plano ≥0.18). SRC on tile and steel.
INSULATION OF SOLE AGAINST COLD.
ELECTROSTATIC CHARGES
Material and structure allowing dissipation of electrostatic charges: resistance between 0.1 MW and 1.000MW.
HYDROCARBON RESISTANT SOLE
RESISTANT TO WATER PENETRATION AND ABSORPION
Of the upper.
