MRT M-Pact 2 Black Glove - Small - Mechanix Wear

Part #: MRT-M2-008

The Mechanix Wear MRT M-Pact 2 Black Glove, model MRT-M2-008, is engineered for professional technicians and mechanics requiring reliable hand protection and enhanced dexterity in demanding work environments. This glove combines an anatomical design with durable materials to provide a secure fit and superior control for various automotive and industrial tasks. Its form-fitting construction ensures comfort during extended use, establishing a new standard for professional mechanics gloves.

Key Features

  • Advanced Knuckle Protection: Features EVA high-profile, deep-ribbed accordion knuckle protection designed to aid in unrestricted movement while safeguarding against impacts.
  • Impact-Absorbing Finger Guards: Molded rubber finger protection provides critical defense against bumps and abrasions across the fingers.
  • Enhanced Palm Durability & Comfort: Anatomically cut and positioned EVA foam palm pads, reinforced with a second layer of synthetic skin, extend the glove's lifespan and wearer comfort during prolonged use.
  • Sure Grip Design: Extra coverage "sure grip" material on the thumb and fingers improves durability and offers dependable grip control for handling tools and components.
  • Seamless Finger Comfort: A new tapered finger stretch side panel comfortably molds between fingers, eliminating bunching for a precise, skin-like fit.
  • Secure Wrist Fit: A molded, embossed Neoprene cuff forms perfectly around the wrist, providing protection and a secure closure.

Applications

The Mechanix Wear MRT M-Pact 2 Black Glove is suitable for a wide range of professional applications, including general automotive repair, vehicle maintenance, heavy equipment operation, industrial assembly, and manufacturing. Its robust construction and protective features make it ideal for tasks requiring both impact resistance and fine motor control in a professional setting.

Browse Protective Gloves

This product was added to our catalog on Friday 28 March, 2008.