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Flame-Retardant Welding Gloves

A type of protective glove designed to resist fire, insulate against heat, and shield hands from high temperatures or flame exposure. Typically used in industrial settings, firefighting, welding, laboratories, and similar scenarios, it can delay flame propagation and reduce heat transfer for a limited period, buying the wearer time to evacuate or address emergencies.

A protective glove designed to provide fire resistance, thermal insulation, and protection for the hands against high temperatures or flames. It is commonly used in industrial, firefighting, welding, and laboratory settings, preventing flame spread and reducing heat transfer for a certain period, giving the user time to evacuate or handle hazardous situations.

Main Features

- Flame Retardant Performance: Made from flame-retardant fibers or materials treated with flame retardants, such as flame-retardant cotton, aramid (e.g., Nomex), and flame-retardant acrylic.

- Thermal Insulation: Multi-layered design to reduce damage to the skin from high temperatures.

- Abrasion and Tear Resistance: Improves service life and safety.

- Comfort and Flexibility: Some products feature a form-fitting design in the finger area for easier handling.

Common Materials

1. Aramid (Nomex/Kevlar): High temperature resistance and high strength, commonly used in welding and firefighting.

2. Flame-retardant Cotton/Flame-retardant Canvas: Economical and suitable for general high-temperature environments.

3. Aluminum Foil Composite Fabric: Excellent heat reflection, used in high-temperature environments such as furnace work and glass processing.

Usage Scenarios

- Welding and cutting operations

- Metallurgy, casting, glass manufacturing

- Chemical laboratories

- Firefighting and rescue

- High-temperature work in kitchens

● Size: Standard size

✅ Flame Retardant Performance: Made with flame-retardant fibers or materials treated for flame resistance, such as flame-retardant cotton, aramid (e.g., Nomex), and flame-retardant acrylic.

✅ Heat Insulation: Multi-layered structure design reduces high-temperature damage to the skin.

✅ Abrasion and Tear Resistance: Improves service life and safety.

✅ Comfort and Flexibility: Some products feature a form-fitting design in the finger area for ease of operation.

● Welding and cutting operations

● Metallurgy, casting, and glass manufacturing

● Chemical laboratories

● Firefighting and rescue

● High-temperature work in kitchens

● Packaging specifications: 300 pairs/case, 500 pairs/case, 600 pairs/case, 800 pairs/case