Iron Age Backstop Steel Toe Static-Dissipative Work Boot
Men's brown safety toe work boots
Men's brown safety toe work boots
Details
https://www.lehighsafetyshoes.com/iron-age-backstop-steel-toe-static-dissipative-work-boot/IA5501.htmlVariations
-
Select a Color : BROWN
-
Select a Width :
-
Select a Size :
Product Actions
You Might Also Like:
Iron Age Backstop Steel Toe Static-Dissipative Work Boot
Men's brown safety toe work boots
Details
https://www.lehighsafetyshoes.com/iron-age-backstop-steel-toe-static-dissipative-work-boot/IA5501.htmlVariations
-
Select a Color : BROWN
-
Select a Width :
-
Select a Size :
Product Actions
Product Warranty | Returns & Exchanges
Additional Information
This brown work boot is the one you want for on-the-job safety. Get the Iron Age Backstop Steel Toe Static-Dissipative Work Boot.
This is a safety toe work boot. It resists up to 75 pounds of impact and compression. It's also static dissipating, a great feature if you work with computer components or near machinery that emits a large amount of static build-up.
The brown leather work boot is six inches tall and has a high-abrasion toe and heel for durability and abrasion resistance. The rubber outsole is slip-resistant and oil-resistant. This is paired with a polyurethane midsole.
Comfort for the men's boot includes a removable polyurethane footbed and a moisture-wicking mesh lining.
Ready for a new work boot? Get this Iron Age boot.
- Polyurethane midsole
- Leather upper
- Removable PU Footbed
- ASTM F2413 protective toe classification
- Oil- and slip-resistant rubber outsole
- ASTM F2413 static-dissipative standard
- High-abrasion toe and heel
- Moisture-wicking mesh lining
- 6 Inches in height
Protective Toe
Impact testing determines the amount of protection to the toe under various foot pounds of force. Compression testing determines the amount of static pressure a steel/composite toe cap can withstand. Our boots are I75/C75
Static Dissipative
Footwear is constructed of materials that, when in contact with properly grounded floor surfaces, will safely discharge static build-up through the shoe to the floor. Our testing experience contributed to the SD standard established in Section 6 of the ANSI Z41 and carried over to the current ASTM standards.