Overview: Designed to be worn over the back of a welding glove to provide extra protection in high-heat situations. Features aluminized carbon Kevlar® top, middle layer 1500° F melt ceramic wool, and acrylic-coated fiberglass bottom. Leather and...

Overview: Offers double-layer protection with aluminized carbon Kevlar® top and vermiculite-coated fiberglass bottom. Features leather and elastic straps. Features: Top: Aluminized Carbon Kevlar® ( ACK ) Bottom: Vermiculite coated fiberglass...

Overview: Tig welding produces the lowest heat and the flame is concentrated to a certain area. The result is minimal sparks and spatter. The gloves needed for this application can be thinner top grain leathers to maximize feel and dexterity...

Overview: MIG welding is the most popular weld for a broad range of applications. The heat levels are less than in Stick welding, and the user operates a welding gun with a trigger requiring more dexterity. MIG gloves tend to be lighter weight than...

Overview: Tig welding produces the lowest heat and the flame is concentrated to a certain area. The result is minimal sparks and spatter. The gloves needed for this application can be thinner top grain leathers to maximize feel and dexterity...

Overview: Tig welding produces the lowest heat and the flame is concentrated to a certain area. The result is minimal sparks and spatter. The gloves needed for this application can be thinner top grain leathers to maximize feel and dexterity. Features: ...

Overview: Tig welding produces the lowest heat and the flame is concentrated to a certain area. The result is minimal sparks and spatter. The gloves needed for this application can be thinner top grain leathers to maximize feel and dexterity...

Overview: MIG welding is the most popular weld for a broad range of applications. The heat levels are less than in Stick welding, and the user operates a welding gun with a trigger requiring more dexterity. MIG gloves tend to be lighter weight than Stick...

Stick welding produces the most heat, sparks and spatter resulting in the need for gloves with more heat insulation. Since this process requires less dexterity it allows the user to wear gloves that are thicker and offer more heat protection...

Overview: Stick welding produces the most heat, sparks and spatter resulting in the need for gloves with more heat insulation. Since this process requires less dexterity it allows the user to wear gloves that are thicker and offer more heat protection...

Overview: Stick welding produces the most heat, sparks and spatter resulting in the need for gloves with more heat insulation. Since this process requires less dexterity it allows the user to wear gloves that are thicker and offer more heat protection...

Overview: Stick welding produces the most heat, sparks and spatter resulting in the need for gloves with more heat insulation. Since this process requires less dexterity it allows the user to wear gloves that are thicker and offer more heat protection...