Hexarmor 2085-S (7) Cut Puncture Resistant Gloves A4

Product Description

The HEXARMOR 2085-S (7) is a 13-gauge HPPE and fiberglass blend cut- and puncture-resistant glove designed for trade and industrial environments where hand protection from sharp edges, punctures, and abrasion is required. The flexible polyurethane palm coating delivers superior grip and abrasion resistance across wet and dry surfaces. Rated ANSI/ISEA Cut Level A4 and Puncture Level 4, this glove meets demanding jobsite protection standards while maintaining the dexterity and tactility needed for detailed hand work. It weighs approximately 0.2 pounds per pair and fits a size 7 hand.

This glove is suited for use in mechanical, electrical, plumbing, and general construction trades where workers handle sheet metal, glass, wire, conduit, or other materials with cut and puncture hazards. The full-fingered design with an elastic knit wrist cuff keeps debris from entering the glove during active work. The silicone-free palm coating is compatible with surfaces where silicone contamination is a concern. Suitable for small hands, the size 7 fits a men's small or women's size 6 for a secure, comfortable fit across a range of hand sizes.

Key Features

• 13-gauge HPPE and fiberglass blend shell rated ANSI/ISEA Cut Level A4
• ANSI/ISEA Puncture Level 4 and Abrasion Level 6 ratings
• CE rated 4X43C for broad international jobsite compliance
• Flexible polyurethane palm coating for superior grip on wet and dry surfaces
• Silicone-free construction for use in silicone-sensitive environments
• Elastic knit wrist cuff seals out dirt and debris

Compatibility

Designed as an OEM-style cut and puncture protection glove for trade professionals requiring ANSI/ISEA A4 cut resistance in a size 7 small form factor.

Installation Notes

Inspect gloves before each use for tears, coating separation, or compromised seams that would reduce protection. Follow your site or employer PPE program guidelines for glove inspection, replacement intervals, and disposal. These gloves are not a substitute for lockout/tagout or other energy-isolation procedures required before handling energized components or pressurized systems.