- Premium leather
- Cushioned insole
- Blown rubber wedge outsole
- Steel toe
- ASTM Electrical hazard rated
- 10" Shaft height
When it comes to foot protection, nothing beats the effectiveness of steel toe boots. Whether you’re working on a ranch, a construction site, or hundreds of other places, there are always risks of falling objects. Steel toe boots from Justin are the ideal solution for the working man and woman. For those working in environments where the chance of exposure to electrical currents is high, electrical hazard boots are the way to go. These ASTM Electrical Hazard Rated boots provide protection from open electrical currents up to 600 volts. Style(s): WK4909
Filling a void in the marketplace in 1997, Justin Original Workboots originally launched as an extension to the iconic Justin Boots brand offering consumers a dependable workboot that stands up to the hardest conditions. Today, Justin Workboots combines performance, function, comfort, and stability with industry-leading technology to offer best-in-class footwear.
Justin Workboots maintains a commitment to domestic manufacturing with collections like J-MAX that is proudly handcrafted in the U.S. J-MAX is high-tech, top-of-the-line footwear for the worker who relies on boots for performance and comfort no matter the day’s job. An American brand supporting American heroes, Justin Workboots has donated over $50,000 to Camp Patriot over the past three years, an organization hosting outdoor adventures for disabled veterans.
Within J-MAX, Stampede, Hybred, Work-Tek, Double Comfort, Worker II and other boot categories, Justin Workboots offers comfort and safety solutions for brutal weather and severe working conditions, including: composite safety toes that meet or exceed ASTM F2413-11 standards for impact, compression, and Electrical Hazard at a fraction of the weight; MetGuard with Poron XRD impact-absorbing technology that meets or exceeds ASTM F2413 standards for impact protection; Achilles Relief System to eliminate weak spots in foot comfort by using stretchable material, high-density foam, and moisture-wicking anti-microbial lining; and well-insulated and waterproof exterior combinations.