Mcr Safety 8700S Nylon General Purpose Gloves Small

Product Description

The MCR SAFETY 8700S is a lightweight, ambidextrous general purpose glove constructed entirely from 100% nylon. Designed for low-lint applications across a wide range of trade and industrial environments, this glove features a smooth grip surface, slip-on cuff, and straight thumb configuration. The reversible two-piece construction and breathable nylon fabric help keep hands cool during extended wear. Available in size Small for men and X-Small for women, the 8700S ships in packages of 12 and is well suited for tasks requiring dexterity and hand protection without bulk. The glove is white in color and weighs approximately 0.3 pounds per package.

The 8700S is appropriate for general purpose tasks in light industrial, maintenance, assembly, and related trade settings where low-lint performance is a priority. The breathable nylon construction makes it suitable for prolonged use in environments where hand comfort and dexterity are important. Its ambidextrous design simplifies inventory and reduces waste on the job site. Formerly marketed under the Memphis Glove brand, the 8700S is part of the established Series 8700 product line.

Key Features

• 100% nylon construction for low-lint performance
• Reversible two-piece design extends glove service life
• Breathable fabric helps reduce hand fatigue during extended use
• Ambidextrous fit works on either hand, simplifying stocking
• Smooth grip surface suitable for general handling tasks
• Slip-on cuff style for quick donning and removal

Compatibility

Designed as a general purpose hand protection solution for light industrial, maintenance, and assembly applications requiring low-lint nylon gloves. Formerly known as Memphis Glove 8700S.

Installation Notes

No installation is required for this product. Inspect gloves prior to each use for tears, punctures, or degradation. Replace immediately if the glove is compromised. Consult applicable workplace safety standards and employer PPE programs to confirm suitability for specific hazard exposures before use.