Hexarmor 3070-S (7) Cut Resistant Gloves Small A2

Product Description

The HEXARMOR 3070-S (7) is a cut- and puncture-resistant work glove built for trade professionals who need reliable hand protection without sacrificing dexterity. Constructed with an 18-gauge HPPE and fiberglass blend shell, the glove meets ANSI/ISEA Cut Level A2 and ANSI Abrasion Level 4 standards. A fully coated natural foam latex palm delivers 360-degree fluid resistance and superior grip on wet or oily surfaces. The seamless HPPE lining reduces internal abrasion and adds comfort during extended wear. This pair is sized Small and ships as a single pair.

The 3070-S (7) is suited for residential and light commercial applications where cut and abrasion hazards are present, including HVAC installation, sheet metal handling, light plumbing work, and general maintenance tasks. The EN407:2020 rating at Level 1 for contact heat also makes these gloves appropriate for tasks involving moderate heat exposure. The knit wrist cuff helps prevent fluid ingress, keeping the hand dry during wet work conditions.

Key Features

• 18-gauge HPPE and fiberglass blend shell for cut and abrasion resistance
• ANSI/ISEA Cut Resistance Level A2 and Abrasion Resistance Level 4
• Fully coated natural foam latex provides 360-degree fluid resistance
• Wrinkle-textured rubber palm coating delivers superior grip on wet and oily surfaces
• Seamless HPPE lining reduces interior friction and improves wear comfort
• EN407:2020 rated Level 1 for contact heat resistance
• Knit wrist cuff helps block fluid ingress

Compatibility

Designed as an OEM-style fit for workers requiring ANSI Cut Level A2 hand protection in general trade, maintenance, and light industrial environments.

Installation Notes

These gloves are intended to be donned before handling sharp materials, sheet metal edges, or abrasive surfaces. Inspect gloves for cuts, tears, or coating separation before each use. Replace immediately if the coating or shell shows signs of damage that compromises protection. Gloves do not provide electrical insulation and should not be used as primary protection against electrical hazards.