Skip to Main Content

TIL552 - Tillman 552 Triple Layer Aluminized Back Hand Pad Heat Shield

Packaging: 1 of each
Save 29%$20.78/ea$14.84/ea

Package Price:

$14.84/1 of each

Usually ships within 3-5 business days

OVERVIEW

Technical Overview of the Tillman 552 Back Hand Pad

The Tillman 552 Back Hand Pad is a specialized thermal protection accessory engineered to mitigate the effects of high radiant heat in industrial welding environments. Designed to function as a supplemental shield worn over standard welding gloves, this pad features a robust triple-layer construction that addresses both heat reflection and thermal insulation. The exterior layer is fabricated from Aluminized Carbon Kevlar (ACK), a high-performance composite material selected for its superior ability to reflect radiant thermal energy and resist degradation from molten spatter and sparks.

Beneath the reflective outer shell, the Tillman 552 incorporates two distinct layers of Vermiculite Coated Fiberglass. This substrate provides a high degree of thermal resistance, effectively slowing the transfer of heat to the wearer's hand. The pad measures 5.5 inches in width and 7.5 inches in height, offering substantial coverage for the dorsal region of the hand, which is typically most exposed to the welding arc. The unit is secured via adjustable leather straps, allowing for compatibility with a wide range of glove styles and sizes. This accessory is particularly indicated for high-amperage MIG, Flux-Cored, and heavy-duty Stick welding applications where standard leather gloves may provide insufficient thermal dwell time.

Additional Information
Brand:Tillman
Item:Heat Shield
Material:Aluminized
Size:Universal
Packaging Description:1-per-each
Dimensions:5.5 in x 7.5 in
Layer Construction:Triple Layer
Outer Material:Aluminized Carbon Kevlar (ACK)
Inner Material:Vermiculite Coated Fiberglass
Attachment Type:Adjustable Leather Straps

INCLUDED

  • 1 x Tillman 552 Back Hand Pad

APPLICATIONS

  • High-amperage MIG Welding
  • Flux-Cored Arc Welding (FCAW)
  • Heavy-duty Stick Welding
  • Foundry and casting work
  • Applications with high radiant heat exposure
Google Rating
4.8
Based on 470 reviews
js_loader