Pro-safe GLA-A1-S Cut-resistant Gloves Ansi Cut A3 Small

Product Description

The PRO-SAFE GLA-A1-S is a cut-resistant work glove constructed from 100% black Kevlar fiber, rated to ANSI Cut Level A3. Weighing just 0.05 pounds per pair, these gloves are sized Small and designed for trades workers and service professionals who handle sharp materials, sheet metal edges, glass, or other cut hazards in daily work. The knit wrist cuff provides a secure fit at the wrist to reduce slippage during use. The uncoated palm and unlined interior allow direct tactile feedback, making them a practical choice for detail-oriented tasks where dexterity matters as much as protection.

These gloves are suited for residential and commercial trade applications including HVAC sheet metal handling, electrical conduit work, plumbing rough-in, and pool equipment service where workers regularly contact sharp edges or abrasive materials. The medium-weight Kevlar construction balances cut resistance with flexibility, making them appropriate for frequent daily wear across multiple trade disciplines. They are sold as a paired set in a package quantity of one pair.

Key Features

• ANSI Cut Level A3 rating for reliable cut hazard protection
• 100% black Kevlar construction for strength and durability
• Uncoated finish provides direct tactile feedback and dexterity
• Knit wrist cuff for a snug, secure fit
• Medium-weight design suitable for extended daily wear
• Sold as a paired set, size Small

Compatibility

Designed as a general-purpose cut-resistant glove for trade professionals requiring ANSI Cut A3 hand protection in small sizing.

Installation Notes

Inspect gloves before each use for cuts, fraying, or worn areas that may reduce protection. Replace immediately if the Kevlar weave shows visible damage. Cut-resistant gloves reduce laceration risk but do not eliminate it entirely — always follow applicable OSHA hand protection guidelines for the specific task and cut hazard level. Gloves should be stored away from prolonged UV exposure to preserve fiber integrity.