Pro-safe SLA-A2-22T Cut-resistant Sleeve 22in Ansi Level 4

Product Description

The PRO-SAFE SLA-A2-22T is a cut-resistant sleeve designed to protect the forearm and lower arm in industrial and trade environments where abrasion, puncture, and laceration hazards are present. Constructed from ATA material, it measures 22 inches in length and meets ANSI/ISEA Abrasion Resistance Level 4. The sleeve features elastic openings at both ends and a thumb hole to keep it positioned correctly during work. At 0.15 pounds, it is lightweight enough for extended wear without fatigue. Installation and use require no tools — the sleeve pulls on and stays in place through the elastic closure and thumb loop design.

This sleeve is suited for general industrial applications including metal fabrication, glass handling, sheet metal work, pipe fitting, and electrical trades where forearm protection from sharp edges or abrasive surfaces is needed. The universal fit and 22-inch length accommodate a wide range of arm sizes. It is launderable, making it a reusable option for daily use in production or field service environments.

Key Features

• ATA material construction rated to ANSI/ISEA Abrasion Resistance Level 4
• 22-inch overall length for full forearm and lower arm coverage
• Thumb hole keeps sleeve positioned and prevents ride-up during movement
• Elastic openings at both ends for secure, adjustable fit
• Launderable for repeated use and reduced consumable cost
• Lightweight at 0.15 pounds for extended wear comfort

Compatibility

Designed as a universal-fit cut-resistant sleeve suitable for standard forearm protection applications across industrial, trade, and manufacturing environments.

Installation Notes

No tools are required to don or remove this sleeve. Pull the sleeve over the hand and forearm, threading the thumb through the thumb hole to secure positioning. Inspect the sleeve before each use for signs of wear, cuts, or damage that would reduce protection. Launder according to manufacturer care instructions to maintain material integrity and ANSI rating performance.