Men's Justin Blueprint 8" Work
$299.00
Color:
Tan Gaucho (Tan)
Width:
Size:
The Blueprint Tan Gaucho, 8" tall J-Max® men's lace-up work boot features a golden brown leather exterior crafted for durability that's slightly distressed to give this boot a lived-in look.
It's built for comfort with the J-Max® Double Comfort System® that utilizes a mesh spacer foot bed cover that provides extra comfort and a healthy environment for the foot and the J-Max® removable orthotic inserts with J-Flex Flexible Comfort System® with Justin Jel® offer a multi-density foam cushion that absorbs initial impact and provides energy return as you walk. The encapsulated air cells to virtually eliminate compression set so the bounce of cushioned energy return is present for the life of the boot and the strategically placed polyurethane gel pads in the heel arch and ball area reduce muscle fatigue for unparalleled comfort. This boot also features the Dri-Lex® cooling system that pulls moisture from the inside of the shoe, leaving the insole dry and cool as well as a durable dual-density polyurethane oil and slip resisting outsole that meets ASTM F2892 safety footwear standards.
Details
- Upper: Premium Full Grain Leather
- Lining: Woven Fabric
- Insole: J-Flex® Comfort System for all day comfort with Justin Jel® Insert
- Toe Shape: Round
- Construction: Sewn Seat
- Shank: Non-Metallic
- Outsole: Unit, Oil and Slip resisting Rubber with defined heel
- Safety Features: EH, This boot meets ASTM F2892 safety footwear standards
Slip Resisting - Slip-resistant footwear, also known as non-slip footwear or anti-slip footwear, is specially designed to provide enhanced traction and stability on slippery surfaces, reducing the risk of slips and falls. This type of footwear is essential in industries and work environments where workers are exposed to wet, oily, greasy, or otherwise slippery floors, such as hospitality, healthcare, food service, and manufacturing.
Electrical Hazard - Electrical Hazard footwear is designed to impede the flow of electricity through the shoe and to the ground, reducing the likelihood of electrocution, in accordance with ASTM F2413-11.
