Superior Dexterity® Anti-Impact Hi-Viz Foam Nitrile Glove – S13YFNVB

Product Overview

The Superior Dexterity® Anti-Impact Hi-Viz Foam Nitrile Glove – S13YFNVB delivers a balance of high-visibility safety, tactile control, and cut protection. Originally introduced by PSC in 2015 as a cost-effective impact glove, it remains a trusted choice for light-duty industrial tasks requiring precision and visibility. With foam nitrile palms and a nylon seamless-knit shell, these gloves ensure both grip and agility while offering dependable protection.

Product Description

Built for bare-hand dexterity and control, the Superior Dexterity® Anti-Impact Hi-Viz Foam Nitrile Glove (S13YFNVB) features a hi-viz green shell with a black foam nitrile coating that enhances grip in oily or dry conditions. Its seamless-knit design offers cut-level 3 protection without compromising comfort, making it ideal for tasks that demand precision and visibility in fast-paced work environments.

Superior Dexterity® Anti-Impact Hi-Viz Foam Nitrile Glove – S13YFNVB

Key Features:

    • Hi-viz green knit shell with black palm coating – Increases visibility and safety in low-light conditions

    • Foam nitrile coating – Enhances grip and control in oily or dry environments

    • ASTM cut-level 3 protection – Guards against light-to-moderate cut risks

    • 100% nylon seamless-knit shell – Lightweight and form-fitting for long wear

    • Fast-drying and moisture-wicking – Keeps hands dry and reduces irritation

Applications:

  • Mechanical Assembly
    Ideal for handling small components where grip precision and visibility are essential in production or repair settings.

  • Light Maintenance & Repairs
    Suitable for facility and equipment upkeep tasks that require hand protection without sacrificing movement or sensitivity.

  • Precision Handling Tasks
    Perfect for delicate work involving tools or small parts, offering a “bare-hand” feel and minimal hand fatigue.

  • High-Visibility Work Environments
    Designed for areas where hand visibility is crucial for coordination and worker awareness, especially in low-light or dynamic settings.