Reebok Sublite RB4041 EH Alloy Toe Athletic Oxford Work Shoe
Reebok Sublite RB4041 EH Alloy Toe Athletic Oxford Work Shoe Description
REEBOK WORK FOOTWEAR - Men's Reebok Sublite RB4041 Black EH Alloy Toe Athletic Oxford Work Shoe
STYLE: EH Alloy Toe Athletic Oxford Work Shoe
STYLE NO: RB4041
Alloy Safety Toe
Mesh with Webbing Upper
Moisture Wicking Nylon Mesh Lining
MemoryTech Massage Removable Cushion Footbed Insole
Sublite EVA Cushion Midsole with Rubber Heel and Forefoot Pads Outsole
No Exposed Metal on Upper, Extremely Lightweight and Flexible
Sublite Cushion Work achieves maximum lightness and flexibility in a work shoe. With deep flex grooves, the SubLite foam midsole reduces weight and allows for greater range of motion. Rubber pads provide traction at heel strike and forefoot takeoff while minimizing weight. Mesh uppers allow for ultimate breathability and moisture transfer for all day cooling comfort. A MemoryTech Massage footbed adapts to the unique contours of your foot.
ASTM F2413 - An organization which plays an important leadership role in addressing the standardization needs of the global marketplace. ASTM has answered the call with consensus standards that have made products and services safer, better and more cost effective. ASTM continues to be the standards forum of choice to a diverse range of industries in solving standardization challenges.
ALLOY TOE - A protective to cap with a specialized blend of metals to minimize weight and maximize protection. Meets or exceeds the ASTM F2413 standard for protective footwear.
XTR® BRAND ALLOY TOE CAP - The XTR® Brand alloy toe cap contains a specialized blend of metals to minimize weight and maximize protection. The XTR® alloy toe cap is lighter than steel, while still
meeting or exceeding the ASTM F2413 standard for protective footwear.
ELECTRICAL HAZARD - Safety footwear provides workers who may come in contact with live circuits, wires or highly charged electrical equipment, a secondary source of protection from electrical shock because of the insulating properties that stop a current from being grounded for a certain length of time. Such foot protection is provided under dry conditions and the insulating properties will deterioriate in wet environments and with wear. These shoes must not be worn in areas where there is static discharge or micro-circuit hazards.
SLIP RESISTANT - Slip resistance or coefficient of friction is the most commonly used way to measure the relative slipperiness of footwear. Two of the more common testing machines are the James Machines and the Mark II.