Timberland Pro Splitrock Composite Toe XT Boots Safety Black Size 10

Blacks

Crafted from responsibly sourced premium leather and rated silver for sustainability, these boots have ReBOTL fabric linings derived from at least 40% recycled plastic. The Composite Safety Toe, powered by Carbon Shield technology, provides optimum protection without compromising on weight. The waterproof membrane keeps you dry in challenging conditions, while the non-metallic puncture-resistant plate ensures additional safety underfoot. Enjoy all-day comfort with the moisture-wicking lining and anti-microbial treatment, providing excellent odour control throughout the day. Finished with an Anti-Fatigue footbed, lace-up fastening and chunky heel, these work boots combine style and functionality seamlessly. ·      Waterproof ·      Premium leather from a tannery rated silver for sustainability ·      ReBOTL fabric linings made with at least 40% recycled plastic ·      Composite Safety Toe - powered by Carbon Shield technology ·      Waterproof membrane ·      Non-metallic puncture-resistant plate ·      Moisture-wicking lining with anti-microbial treatment for odour control ·      Anti-Fatigue footbed ·      Ankle height ·      Chunky heel ·      Standard calf width ·      Lace-up fastening ·      Upper Outer: Premium Full Grain Leather ·      Lining: Fabric ·      Sole: Rubber ·      Heel Height: 35mm ·      Safety Standard: EN ISO 20345:2011 ·      Colour: Black

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Oil resistant Non-slip. Abrasion resistant Does not leave marks. TPU case for all seasons. Composite safety tip powered by carbon shield technology. PU footbed with anti-fatigue technology. Non-metallic attachment. Puncture resistant non-metallic plate. Lightweight PU midsole TPU sole for all seasons. High quality nubuck leather. Breathable and breathable lining with antimicrobial treatment for odor control. TPU sole for all seasons. Composite safety tip powered by carbon shield technology. Non-metallic plate, puncture resistant. Polyurethane footbed with anti-fatigue technology for shock absorption and energy return.