Sure Knit™ Flame Resistant Rhovyl® Anti-Static String-Knit Gloves – S13FRT

Product Overview

The Sure Knit™ S13FRT glove is a flame-resistant, anti-static solution made with Rhovyl® fiber. It offers exceptional comfort, breathability, and electrostatic discharge control in environments where both fire and static hazards are present. Lightweight and hypoallergenic, it’s ideal for electronics, utilities, aerospace, and sensitive manufacturing.

Product Description

Constructed from flame-resistant Rhovyl®, these gloves will not melt, drip, or adhere to skin when exposed to direct heat or flame. The seamless design ensures all-day comfort, while the THT™ (True Hand Technology) knitting process provides an ergonomic fit that reduces hand fatigue. Exceptionally lightweight and non-absorbent, the S13FRT gloves insulate without bulk, resist mildew, and dry quickly. The anti-static performance is rated between 10⁷ and 10¹⁰ Ohms, making them safe for ESD-sensitive applications.

Sure Knit™ Flame Resistant Rhovyl® Anti-Static String-Knit Gloves – S13FRT

Key Features:

  • Flame-resistant Rhovyl® construction – Will not melt, drip, or stick to skin under heat or flame

  • Electrostatic resistance – Surface resistance rating between 10⁷ to 10¹⁰ Ohms

  • Lightweight and breathable – Comparable to nylon but non-absorbent

  • THT™ seamless knit – Ergonomic fit reduces hand fatigue

  • Hypoallergenic – Safe for sensitive skin

  • Resists mildew and biological degradation – Durable and long-lasting

  • Machine washable and quick drying – Easy to clean and reuse

Applications:

  • Electronics & Circuit Assembly
    Protection against static discharge while maintaining flexibility and comfort.

  • Aerospace Manufacturing & Maintenance
    Safe flame-resistant option for static-sensitive environments.

  • Utilities & Electrical Work
    Ideal for applications needing both flame resistance and anti-static performance.

  • Industrial Inspection & Handling
    Protects hands in tasks involving heat exposure or flammable materials.