Rhodium - RF250

Product description

Chemical defence. Work confident. The Rock Fall RF250 Rhodium is a premium safety boot engineered for professionals in demanding fields like construction, utilities, and outdoor work, who require top-tier protection and all-day comfort. The upper is constructed from durable, chemical-resistant microfibre, which also delivers water repellency and provides resistance to chemical splashing. Its 100% metal-free construction, combined with a lightweight composite toe cap and midsole, delivers robust protection against impacts and punctures while remaining suitable for metal-sensitive environments. The Rhodium is also certified by The Vegan Society and contains no animal-based components. A waterproof and breathable Activ-Tex® membrane ensures dry feet in any weather, while the durable rubber outsole provides exceptional grip, abrasion resistance and heat resistance up to 300°C. Comfort features like the Activ-Step® bio-based insole, made from natural rubber, provides enhanced cushioning for all-day wearability. Additional protection is provided by our Activ-Step® anti-perforation midsoles, protecting against under-foot injury & our integrated PU scuff cap, which minimises scuffs and scrapes on the toe area. on The RF250 is designed to maximise performance and minimise risk, offering the ultimate combination of protection, comfort and durability.

Chemical Resistant Upper: Durable, chemical splash-resistant, water repellent microfibre.

Waterproof Construction: : An Activ-Tex® waterproof membrane keeps your feet dry in wet conditions.

Activ-Step® Bio-based Comfort Footbed: : Superior shock absorption properties.

Advanced Toe Protection: : A fibreglass protective toecap ensures safety without added weight.

Advanced Anti-Penetration Performance: : The para-aramid anti-perforation protective midsole provides essential on-the-job safety.

PU Rubber outsole: : PU Rubber outsole provides superior traction in the toughest conditions.

Vegan Certified: Certified to contain no animal-based materials.