Purofort Professional Safety Wellington

£55.00

  • O4 certified
  • SRA certified slip resistance
  • Cold insulation
  • Comfortable
  • Waterproof
  • Fuel oil resistant
  • Chemical resistant
  • Energy absorbing
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SKU: 000372 Category:

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Purofort Professional Safety Wellington

O4 CERTIFIED

The O4 classification is the second most stringent category for occupational footwear. The boots have slip resistance, antistatic properties and feature energy absorption of the heel region. They are tested and certified in accordance with the EN ISO 20347:2012 standard.

SRA CERTIFIED SLIP RESISTANCY

The SRA classified boots are tested and certified for slip resistance on ceramic tile floors covered with a dilute soap solution. The tests are based on measuring the coefficients of friction in forward heel slip and forward flat slip state. The results provide a good indication of the actual slip resistance of the boots in practice on slippery tile surfaces.

COLD INSULATION

Purofort® boots prevent heat loss and offer outstanding thermal properties. Due to the unique recipe and molecular structure, all Purofort boots assure excellent cold insulation down to -20 °C. And even down to -50 °C in case of Purofort Thermo+ boots. Purofort boots are classified as CI, meaning that the temperature decrease measured at the upper surface of the insole does not exceed 10 °C after 30 minutes.

COMFORTABLE

By design, the boots offer a perfect fit, optimizing comfort for everyday use.

WATERPROOF

The boots are 100% waterproof to keep your feet dry under wet and dirty conditions.

FUEL OIL RESISTANT

The outsole is resistant against oil, which assures that potentially adverse effects of oily substances on the protective properties of the boots are minimized.

CHEMICAL RESISTANT

The boots offer protection against a wide variety of chemicals. The specific application with types of chemicals encountered and conditions faced will determine which boot should be opted for.

ENERGY ABSORBING

The boots feature energy absorption of the heel region which limits impact to the foot while walking. The provision of shock absorption capabilities within the footwear minimizes risk of injuries.