Men Detroit Rugged Flex Waterproof S3 8 Inch Safety Boot Carhartt R6J0P162 Black

A rugged waterproof 8-inch height safety boot made with quality hydro treated leather, can be worn on or off-site with ease in dry and wet conditions. This boot offers the most foot and leg coverage at 8 inches in height. Built with a fiberglass safety toe, this boot upholds S3 standards and will protect your feet from 200 joules of weight and impact. Comfort is also addressed with a padded leather collar for flexibility, a fully cushioned footbed with shock absorption to reduce fatigue, a lightweight non-metal anti-penetration plate prevents sharp objects piercing the sole and causing injury to the foot. The Vibram rubber outsole provides added traction in the tread design, in addition to (SRC) slip resistance, (HI) insulation, (HRO) heat, and oil resistance. When you spend many hours of your workday standing, your feet will expand over time, therefore Carhartt has engineered the fit to allow space for your feet to remain comfortable. Expect Carhartt footwear to fit a half size larger than your standard footwear size.Leather appearance can scratch when in contact with abrasive surfaces, treat the leather with cream polish and apply with a soft cloth. Based on a EU size 42: Height: 16 cm/ 6.3''- Weight: 1000 GramsREGULAR FITFiberglass safety toeRugged Flex - Eases movementStorm Defender - Waterproof breathable laminated membraneVibram - High performance durable outsole brand with excellent traction, grip and abrasion resistanceHydro treated full grain leather and textile upper with leather scuff toe capLeather collar and mesh liningSpotex waterproof membrane (WR)Lace up closureCoated iron eyelets and lace hooksRemovable fully cushioned footbed with antibacterial, thermoregulating and antistatic propertiesAnti penetration G zero textile platePolyurethane injected midsoleRubber outsole with anti-static, oil resistance, heat resistant outsole up to 300Cï¾° (HRO), heat insulation (HI) and slip resistance (SRC)Lightweight stability shank minimizes fatigueAS/NZS 2210.3 :2009EN ISO 20345:2012 (S3)