Tingley 82330-8 Hazproof Steel Toe Work Boot Size 8

Product Description

The TINGLEY 82330-8 is a mid-calf work boot from the HazProof series, designed for industrial and hazardous-environment use where foot protection and chemical resistance are essential. Constructed with a polyvinylchloride upper and outsole, the boot stands 11-9/32 inches high and features a steel toe rated to ASTM F2413-05 M I/75 C/75 impact and compression standards. A non-slip outsole and elastic closure round out the design, making this a practical choice for trades workers who spend time around chemicals, wet surfaces, or demanding floor conditions.

This boot is suited for use in industrial facilities, chemical processing environments, wastewater treatment sites, and similar settings where slip resistance and toe protection are required by safety protocols. The wide width fit accommodates a broader foot profile, and the unisex sizing runs men's size 8 (women's size 10). A polyester lining provides basic comfort during extended wear. Licensed HVAC technicians, plumbers, electricians, and general industrial maintenance workers commonly wear this style of boot in plant and facility environments.

Key Features

• Steel toe meets ASTM F2413-05 M I/75 C/75 impact and compression ratings
• Chemical-resistant polyvinylchloride upper and outsole
• Non-slip outsole for wet and slick surfaces
• 11-9/32 inch mid-calf height for extended leg protection
• Wide width fit with elastic closure for easy on and off
• Polyester lining for day-long wearability

Compatibility

Designed as an OEM-style protective footwear solution for industrial and trade professionals requiring ASTM F2413-05-rated steel toe protection in chemical-exposure environments.

Installation Notes

No tools are required for donning this boot due to the elastic closure design. Verify that the boot size and width match the wearer before use in a safety-critical environment. Inspect the outsole and upper for chemical degradation or cracking at regular service intervals, and replace immediately if structural integrity is compromised.