Leather fire-fighting boots

New Products / New Technology

This exposure footwear for firemen is constructed with premium-grade cowhide leather for the outer upper, combined with a laminated GORE-TEX waterproof membrane, ensuring feet stay dry. The exceptional breathability of the design effectively wicks away sweat, maintaining foot comfort and preventing discomfort during prolonged wear.
Specifically engineered for firefighting, the boot features a MICHELIN® outsole with outstanding high-temperature resistance. The sole's slip-resistant, oil-resistant tread not only enhances safety and stability but also incorporates shock absorption and self-cleaning properties, enabling firefighters to maneuver efficiently across challenging terrains.

Rescue boots

New Products / New Technology

This boot features a premium waterproof flame-retardant full-grain leather upper, paired with a TPU abrasion-resistant toe cap, balancing protection and durability. The FitGo rotating buckle system ensures swift, precise tightening for a secure fit , while the GORE-TEX CROSSTECH® waterproof sock liner offers breathable moisture-wicking properties to keep feet dry during a long-time work.
A puncture-resistant soft footbed provides critical underfoot safety, combined with a BASF® heat-resistant PU midsole that absorbs impact and stand extreme temperatures. The specially engineered MICHELIN® outsole delivers exceptional heat resistance, with oil-resistant and slip-resistant traction for complex terrains. Through multi-protection modules, this boot meets rigorous demands in firefighting, earthquake rescue, and other high-risk scenarios, making it the ultimate choice for professional rescuers.

Arc-flash protective clothing

New Products / New Technology

This arc‑flash protective suit is crafted from permanently flame‑retardant, arc‑resistant fabric, with added aramid fibers to enhance strength and abrasion resistance, while preserving the fabric's softness, breathability, moisture absorption, and comfort. When exposed to high temperatures, the fabric carbonizes to form a protective barrier without melting. Moreover, the material does not exacerbate thermal burns in the event of an arc flash.