Welding Hand Heat Shield, Leather Heat Resistant Hand Protection Pad

Vendor
YesWelder
Regular price
Sold out
Sale price
16.00

Overview

The Welding Hand Heat Shield is designed to provide targeted protection for hands and wrists during welding operations. Made from split cowhide leather with an aluminized heat-reflective back, it offers excellent heat resistance, durability, and comfort for extended welding use.

Available in Elastic Band and Velcro Band styles for different wearing preferences.

Key Features

  • Dual-layer construction for heat insulation and durability
  • Aluminized outer layer reflects radiant heat
  • Split cowhide leather for abrasion resistance
  • Lightweight and comfortable for extended use
  • Secure fit design for stable hand protection
  • Suitable for MIG, TIG, and stick welding

Applications

  • MIG welding
  • TIG welding
  • Stick welding
  • Fabrication and repair work
  • High-heat welding environments

Materials & Construction

  • Material: Split cowhide leather
  • Back Layer: Aluminized heat-reflective surface
  • Design: Dual-layer heat protection system

Specifications

  • Product Type: Welding Hand Heat Shield
  • Size: Medium
  • Color: Silver

Compatibility

Compatible with all common welding processes including MIG, TIG, and Stick welding.

Welding Performance

  • Excellent heat reflection and insulation
  • Protects back of hand and wrist from spatter and heat
  • Lightweight design allows flexible movement
  • Reliable protection during long welding sessions

Package Includes

  • 1 × Welding Hand Heat Shield

FAQ

Q: What is the difference between Elastic Band and Velcro Band?
A: The Elastic Band version provides a quick stretch fit, while the Velcro Band version allows adjustable tightness for a more customized fit.

Q: Is it suitable for all welding types?
A: Yes, it can be used for MIG, TIG, and stick welding applications.

Q: Does it protect from heat and spatter?
A: Yes, the aluminized layer reflects heat while the leather provides protection from spatter and abrasion.

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