RF7000 Vulcan Heat Resistant Safety Boot

Description

The RF7000 Vulcan Heat Resistant Safety Boot is engineered to perform in the most extreme foundry and high-heat industrial environments. Designed as a go-to solution for welding, metalworking, and molten material exposure, this boot delivers exceptional protection against molten metal splashes up to 1400°C while allowing for rapid removal in emergency situations.

Crafted from premium flame-retardant full-grain leather and reinforced with R-TEN™ flame-resistant stitching and metal studs, the Vulcan is built to withstand prolonged exposure to extreme heat. A cow suede lining and breathable mesh interior help regulate foot temperature, while the lightweight fibreglass safety toe protects against impact without adding unnecessary weight. Underfoot, an exclusive para-aramid anti-perforation midsole developed by Activ-Step® provides advanced penetration resistance. The FORCE10® nitrile rubber outsole delivers outstanding grip, durability, and heat resistance in the harshest working conditions. Comfort is ensured with the Activ-Step® recycled comfort footbed, reducing fatigue during long shifts.

Key Features

• Designed for extreme heat and foundry environments

• Protection against molten metal splashes up to 1400°C

• Flame-retardant full-grain leather upper

• R-TEN™ flame-resistant stitching for high-heat durability

• Fibreglass safety toe for lightweight impact protection

• Para-aramid anti-perforation protective midsole

• FORCE10® nitrile rubber outsole for heat resistance and grip

• Cow suede and breathable mesh lining for temperature control

• Activ-Step® comfort footbed reduces fatigue

• Engineered for quick and easy removal in emergencies

Materials

• Upper: Flame-retardant full-grain leather

• Stitching: R-TEN™ flame-resistant thread

• Lining: Cow suede and breathable mesh

• Midsole: Para-aramid anti-perforation layer

• Footbed: Activ-Step® recycled foam (81% recycled foam, 100% recycled polyester sock liner)

• Outsole: FORCE10® nitrile rubber

Additional information