Tired of boots that feel like borrowed armour? We hear you. The RF953 Sapphire is a premium safety boot designed for the unique needs of the female foot. Forget bulky men's boots shrunk down. The RF953 Sapphire boasts women's-specific fitting patterns, lasts and outsoles. It's a boot that finally understands the needs of women’s feet. The RF953 Sapphire uses leather from a Leather Working Group Gold rated tannery, recycled polyester mesh for the lining, webbing, and laces. Plus, the waterproof construction keeps your feet dry for 8 hours and contains 60% recycled polyester content. The 100% non-metallic construction features a slender, ultra-strong fiberglass toecap giving your toes ultimate protection from a minimum of 200 joules of impact, offering peace of mind on any worksite. The penetration resistant midsole protects you from underfoot injury, without sacrificing flexibility. Long days demand serious comfort. The RF953 Sapphire's Activ-Step® recycled foam footbed is crafted from pre-consumer waste foam. It breathes and cushions your feet, keeping you comfortable all day long. A solid nitrile rubber outsole ensures the highest level of durability. The RF953 Sapphire isn't just a safety boot. It's the confidence to conquer any challenge, knowing you're protected and comfortable every step of the way.

Durable Leather Upper: Water repellent, LWG GOLD rated nubuck leather offers long-lasting performance that repels moisture and dirt.

Recycled Content Linings: The linings are made using 100% recycled polyester materials. All our recycled polyester is independently certified to the GRS.

Waterproof Construction: Using 60% recycled post-consumer polyester, keeps your feet dry in wet conditions.

Activ-Step® Recycled Foam Footbed: Superior shock absorption properties, resulting in reduced fatigue to the wearer.

Lightweight Protection: A fibreglass protective toecap and the penetration resistant protective midsole provide essential on-the-job safety.

Durable Rubber Outsole: The nitrile rubber outsole provides high level abrasion resistance.