Men's Gibson Hiker ESD Work Boot (Carbon Toe) | Black/Magnet
Men's Gibson Hiker ESD Work Boot (Carbon Toe) | Black/Magnet
Carbon Toe
Asymmetrical carbon safety toes provide a 100% non-metallic, lightweight, and unobtrusive fit and are 15% lighter than steel.
Eco Anti-Odor
Eco Anti-Odor for natural, pesticide-free odor control.
Environmentally Preferred Leather
Environmentally preferred premium leather from LWG-certified tannery.
ESD-Rated Static Protection
Helps reduce excess static electricity by conducting charges from the body to the ground.
Heat Resistant Outsole
Helps ensure safety in hazardous environments, where hot surfaces from welding, grinding, and cutting might be common.
KEEN.ReGEN Responsive Midsole
Lightweight, compression-resisting midsole providing 50% more energy return than standard EVA foam.
Non-Metallic
Non-metallic work boots serve as an alternative to steel and aluminum toed shoes, helping expedite trips through metal detectors.
Oil- And Slip-Resistant
Oil and slip resistant outsoles that meet or exceed applicable ASTM non-slip testing standards.
Reflective
Reflective webbing for additional safety and visibility in dim and hazardous conditions.
Features
Heat-resistant rubber outsole rated up to 572°F\/300°C100% non-metallic construction for easily passing through metal detectors in highly-secured areas
Cement construction for flexible, lightweight performance.
Eco Anti-Odor for natural, pesticide-free odor control
Environmentally preferred premium leather from LWG-certified tannery for cleaner water
Materials
KEEN.ReGEN lightweight, compression-resisting midsole providing up to 50% energy return with every stepOil- and slip-resistant non-marking rubber outsole
Electro static dissipative (ESD) or Super-Static Dissipative (SD+) footwear is constructed to dissipate excess static electrical charges, protecting the workpiece
Full-grain water-resistant leather
Removable metatomical insole for comfort and support
Leather Thickness: 1.60-1.80mm
Mesh liner provides breathability to help keep feet cool in warm environments