Anti-fatigue foam midsole absorbs shock and returns energy to increase stamina.

If the customer is not completely satisfied that the designated style is the most comfortable shoe or boot they have worn, they may return it to the point of sale within 30 days with proof of purchase for a complete refund.

HYTEST® ultimate metatarsal guard system combines two external metatarsal shields with an internal XRD® metatarsal guard. Built for taking high impact while providing great comfort and flexibility.

TecTuff® is abrasion, scuff, oil, stain and water resistant material that lasts 10x longer than traditional leather.

Vibram® maximum performance outsoles provide comfort, functionality and durability during work and play.

XRD® Extreme Impact Protection material has been tested to absorb 90% of energy from impact, surpassing the performance of current protection materials in various applications.

3M™ Thinsulate™ Insulation is warm yet lightweight, powerful yet thin. It helps trap body heat, while allowing moisture to escape.

Made in the U.S.A. footwear.

HYTEST® Alloy Toe footwear meets ASTM standards for impact and compression. These aluminum toes are lighter than the steel version while offering the same amount of protection. Designed with an anatomical shape for comfort and ample toe room.

HYTEST® Nano Toe Technology footwear meets ASTM standards for impact and compression. These are the most advanced and lightest toe caps available made using carbon nanotube technology. They are thinner than a composite toe cap for added comfort. Nano Toes are non-metallic and non-conductive to heat or cold. Designed with an anatomical shape for comfort and ample toe room.

HYTEST® Steel Toe footwear meets ASTM standards for impact and compression. Designed with an anatomical shape for comfort and ample toe room.

HYTEST® Composite Toe footwear meets ASTM standards for impact and compression. These are lightweight and undetectable in electronic security environments. They are non-metallic and non-conductive to heat or cold. Designed with an anatomical shape for comfort and ample toe room.

HYTEST® Waterproof footwear will keep the wet out. Designed with waterproof leathers, sealed seams and many styles with waterproof membrane construction to keep your feet dry.

HYTEST® Static Dissipating 35 (SD 35) footwear is designed to meet ASTM testing standard of 1-35 megohms. The footwear helps to prevent the build-up of static electricity on uninsulated surfaces.

HYTEST® Static Dissipating 10 (SD 10) footwear is designed to meet ASTM testing standard of 1-10 megohms. The footwear helps to prevent the build-up of static electricity on uninsulated surfaces.

HYTEST® Stealth footwear is made with a non-metallic construction that will not activate security screening devices.

HYTEST® Electrical Hazard footwear meets ASTM standards. They are designed to protect the wearer against open circuits.

HYTEST® Conductive footwear meets ASTM standards. They are designed for use in areas where static build up could be harmful. Not to be used in areas with live electrical circuits.

HYTEST® Heat Resistant footwear is designed to be worn in the most extreme environments. Built with heat and flame resistant materials to provide foot protection in temperatures reaching or exceeding 400˚C.

HYTEST® Slip Resistant footwear is designed and tested to reduce the risk of slips and falls in the workplace.

HYTEST® Puncture Resistant footwear meets ASTM standards. Designed with a steel or fabric plate to reduce the risk of puncture wounds to the bottom of the feet.

HYTEST® Insulated footwear protects against the cold and allows you to tackle tough environments.

Inside zipper for ease with taking the footwear on and off without comprimising durability.

ContourMet™ an internal metatarsal guard that provides superior flexibility and less bulk for unrestricted movement.

HYTEST® FootHolds® Rubber Outsoles are strategically designed and tested to reduce the risk of slips and falls in the workplace. The built in channels allow liquids to escape while a 90˚ edge at the tip of the tread digs in for added traction.