Mcr Safety 6528S Double Dip Pvc Gloves 18 Inch

Product Description

The MCR SAFETY 6528S is a double-dipped PVC safety glove designed for industrial and trade applications requiring reliable liquid and chemical splash protection. The glove features a sandy black PVC exterior applied in two full coats over an interlock liner, extending 18 inches from fingertip to gauntlet cuff. That extended length provides wrist and forearm coverage beyond what a standard knit-cuff glove delivers. The gauntlet cuff allows quick removal and helps prevent liquids from running into the glove during overhead or immersion tasks. Weighing approximately 0.63 pounds per pair, the glove is sized Large and sold by the pair.

The 6528S is suited for maintenance, plumbing, chemical handling, janitorial, and general industrial work where exposure to water, oils, and mild chemicals is routine. The interlock liner adds comfort during extended wear and reduces hand fatigue. The sandy finish on the PVC exterior improves grip on wet or oily surfaces, making it a practical choice for trade professionals working in wet environments such as pipe work, drainage service, or light chemical handling.

Key Features

• Double-dipped PVC construction for enhanced liquid resistance compared to single-coat gloves
• Sandy finish exterior provides improved grip on wet and oily surfaces
• 18-inch length with gauntlet cuff for forearm protection and easy removal
• Interlock liner for comfort during extended wear
• Large sizing sold as a pair

Compatibility

Designed as an industry-standard double-dipped PVC glove suitable for general industrial, maintenance, and trade applications requiring extended arm protection.

Installation Notes

Inspect gloves for pinholes or coating separation before each use, particularly along the seams and fingertips. Do not use these gloves with concentrated solvents or aggressive chemical systems without first verifying PVC compatibility with the specific substance. Store away from direct sunlight and heat sources to prevent PVC degradation.