Weldas Aluminized Back Hand Pad with Kevlar Stitching – Heat Deflector

Protect Your Hands with Heat-Deflecting Design

The Weldas Aluminized Back Hand Pad with Kevlar Stitching is a purpose-built accessory for welders who value protection without sacrificing dexterity. The aluminized surface is engineered to reflect radiant heat, while the back-of-hand coverage adds a shield against heat buildup during long sessions. The combination of a split cowhide under layer, fiberglass core, and Kevlar stitching delivers a rugged, dependable piece of gear you can rely on on busy shop floors.

Designed to fit naturally on the back of the hand, this pad provides a compact footprint without getting in the way of grip or tool control. The result is a practical, comfortable addition to your welding setup that can adapt to a range of tasks from quick tack welds to extended sessions at the bench.

Key Benefits

• 7" x 8" dimensions offer ample back-of-hand coverage with minimal bulk.
• Aluminized layer reflects 95% of radiant heat, helping keep your hand cooler as you work.
• Split cowhide under layer provides a comfortable, durable base that stands up to daily use.
• Fiberglass core supports the pad during high-spatter welding and maintains stiffness for armor-like protection.
• Kevlar stitching reinforces seams for long-lasting construction in demanding environments.

Real-World Scenarios

• MIG welding in open bays where radiant heat lingers near the forearm and hand.
• TIG or arc welding in tight spots where dexterity is essential but back-of-hand protection remains a priority.
• Fabrication or maintenance work that involves steady heat exposure and occasional spatter.

Fit, Feel, and Care

The pad is crafted to stay in place during movement, helping you focus on precision rather than adjusting gear. For longevity, wipe clean after use and store in a dry area to preserve the Kevlar stitching and layered materials.

Product Details

Materials include an aluminized reflective layer, a split cowhide under layer, a fiberglass core, and Kevlar stitching, all designed to work together for durable, heat-aware protection.