Milwaukee Tool 48-73-8630 Cut Resistant Gloves A3 Small

Product Description

The MILWAUKEE TOOL 48-73-8630 is an ANSI/ISEA A3 cut-resistant glove designed for trade professionals who need hand protection without sacrificing dexterity. Built on a 15-gauge knit shell with a nitrile dip covering the palm and fingers, these gloves deliver reliable grip on wet or oily surfaces. The SMARTSWIPE series designation indicates touchscreen-compatible fingertips, allowing users to operate devices without removing gloves. Weighing approximately 0.14 pounds per pair, the gloves are sized small and fit both men and women. An elastic cuff keeps the glove seated during active work.

These gloves are suited for residential and light commercial trade work involving sheet metal handling, conduit work, pipe fitting, and general mechanical tasks where cut hazards are present but heavy-duty abrasion resistance is not the primary concern. The nitrile-dipped palm and finger coating provides a secure grip on parts, tools, and fittings in wet or dry conditions. The synthetic leather back and lining add structure while maintaining flexibility for precision hand work.

Key Features

• ANSI/ISEA A3 cut resistance rating for moderate cut hazard environments
• EN 388 Rating: 4343C for internationally recognized protective performance
• 15-gauge knit construction for a close, flexible fit
• Nitrile dip on palm and fingers for grip on wet and oily surfaces
• Touchscreen-compatible fingertips (SMARTSWIPE series)
• Elastic cuff style for secure fit during active use

Compatibility

Designed as a general-purpose cut-resistant work glove for trade professionals in HVAC, plumbing, electrical, and mechanical service applications where ANSI/ISEA A3 hand protection is required.

Installation Notes

Inspect gloves for damage before each use and replace if the shell or coating shows cuts, tears, or degradation. These gloves are not rated as blood-borne pathogen barriers and are not FDA approved for medical use. ANSI/ISEA cut resistance ratings are based on standardized blade-contact testing and do not account for puncture or impact hazards in all field conditions.