STEINER
STEINER 15A76-13 Aluminized Rayon Welding Glove Back-Hand Pad 13
Aluminized rayon back-hand pad extends welding glove life with double-layer radiant-heat and spark protection, stitched in flame-resistant Kevlar thread
- TypeOthers
- Extends glove life with aluminized rayon heat shield
- Double-layer construction blocks radiant heat and sparks
- Kevlar-thread stitching resists flame for added durability
- 13-inch length covers wrist and forearm
- One-size design fits most standard welding gloves
Aluminized Rayon Back-Hand Pad
This Steiner 15A76-13 pad protects the back of a welding glove from radiant heat and sparks. It is designed for welders who want to extend the service life of their existing gloves. The one-size-fits-most design slips on quickly for immediate use.
Double-Layer Heat Protection
Two layers of aluminized rayon reflect radiant heat away from the hand during normal welding tasks. The construction adds a thermal barrier without restricting finger movement or dexterity. Stitched with flame-resistant Kevlar thread, the seams hold firm under high-temperature exposure.
Thirteen-Inch Coverage
At 13 inches long and 5-1/2 inches wide, the pad shields a large area of the forearm and glove back. The simple slip-on mounting requires no straps or fasteners to adjust during the workday. Sold as a single unit, it fits either hand for flexible placement.
Highlights
- Extends glove life with aluminized rayon heat shield
- Double-layer construction blocks radiant heat and sparks
- Kevlar-thread stitching resists flame for added durability
- 13-inch length covers wrist and forearm
- One-size design fits most standard welding gloves
Specifications
| Brand | Steiner |
|---|---|
| Model | 15A76-13 |
| Type | Others |
Questions about this item
How is the 13" aluminized rayon pad positioned on the welding glove back hand?
The pad is stitched with flame-resistant Kevlar thread directly onto the glove back, covering the hand area with its 13-inch length and double-layer construction for radiant heat and spark protection.
What replacement cycle should be expected for the Kevlar stitching and aluminized rayon layers under welding use?
Replace the pad when the aluminized rayon surface shows burn-through, delamination, or the Kevlar stitching frays, as the double-layer design is sacrificial to extend the underlying glove life.
At what point does radiant heat penetration become the limiting factor during sustained welding with this back-hand pad?
The double-layer aluminized rayon reflects radiant heat until the material carbonizes or the adhesive bond fails, which occurs before the Kevlar thread degrades under continuous high-temperature exposure.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.



