Mcr Safety MG9648S Chemical Resistance Gloves Small

Product Description

The MCR SAFETY MG9648S is a chemical-resistant work glove built on an 18-gauge seamless nylon shell with a PVC/Nitrile bi-polymer double-dip coating. The first dip applies a red PVC/Nitrile bi-polymer layer, and the second applies a black sandy-finish PVC/Nitrile bi-polymer over the palm and fingers. The result is a glove that delivers both chemical resistance and tactile grip in demanding industrial environments. The extended 12-inch gauntlet cuff adds wrist and forearm protection. Component materials comply with federal regulations for food contact applications.

The MG9648S is suited for chemical handling, light fluid exposure, food processing, janitorial, and general industrial maintenance tasks. The sandy finish palm improves grip on wet or oily surfaces. The seamless nylon liner construction reduces interior seam irritation during extended wear. Sold as a pair, this glove is sized Small and is appropriate for trade and industrial workers who require dexterity alongside basic chemical splash resistance.

Key Features

• 18-gauge seamless nylon shell for comfort and dexterity
• PVC/Nitrile bi-polymer double-dip coating for chemical resistance
• Black sandy-finish palm for improved grip on wet and oily surfaces
• 12-inch gauntlet cuff for wrist and lower forearm protection
• Component materials comply with federal regulations for food contact

Compatibility

Designed as a general-purpose chemical-resistant glove for industrial, food processing, and maintenance applications requiring a gauntlet-cuff vinyl/nitrile work glove in Small sizing.

Installation Notes

Inspect gloves before each use for punctures, tears, or coating separation that could compromise chemical resistance. Ensure the correct glove size is selected to maintain dexterity and a secure fit. Follow applicable facility safety protocols and OSHA PPE guidelines when selecting gloves for specific chemical exposures. Dispose of or decontaminate gloves per site hazardous waste procedures after contact with regulated substances.