Steiner 15A87 Aluminized Fiberglass Glove Pad 7.5 in

Product Description

The STEINER 15A87 is an aluminized fiberglass glove pad designed to protect the back of the hand from radiant heat during welding, foundry work, and other high-heat applications. The pad measures 7.5 inches in length and 5.5 inches in width, covering the back of the hand with an aluminized fiberglass shell that reflects radiant heat. It is unlined and designed for ambidextrous use, fitting either the left or right hand. Welders, foundry workers, and other trade professionals working near open flame or molten material rely on accessories like this to extend the life of their primary gloves and reduce heat exposure to the hand.

The 15A87 is suited for use in welding shops, steel mills, foundries, glass facilities, and any environment where radiant heat or open flame is present. Its universal sizing and ambidextrous design make it practical for shared tool cribs and multi-tech operations. The pad is intended to be worn over or alongside a primary welding glove to add an additional layer of radiant heat protection to the back of the hand.

Key Features

• Aluminized fiberglass construction reflects radiant heat on the back of the hand
• 7.5 inches in length provides full back-of-hand coverage
• Ambidextrous fit works on either the left or right hand
• Unlined construction keeps the pad lightweight at 0.16 pounds
• Universal sizing accommodates a wide range of hand sizes
• No belt clip, thumb strap, or dielectric rating — focused single-purpose heat protection

Compatibility

Designed as a universal-fit accessory glove pad for use in radiant heat and welding environments, compatible with standard welding glove applications where supplemental back-of-hand protection is required.

Installation Notes

This pad is worn over the back of the hand alongside a primary welding or heat-protective glove. No tools are required for fitting. Inspect the pad before each use for signs of heat damage, fraying, or delamination of the aluminized layer. Replace if structural integrity is compromised, as a damaged pad provides reduced radiant heat protection.