These suits meet NFPA 70E standards for protection against electrical arc flashes for personal protection equipment (PPE) category 2. They also meet ASTM F2733 standards for protection against flash fires. Check the PPE category and minimum arc rating provided for your workplace, and then select all required clothing and personal protective equipment to meet the minimum arc rating. Arc rating measures a garment’s ability to insulate the wearer from burns; the higher the arc rating, the greater the flame resistance. These suits are made of PVC-coated Nomex aramid. Jackets have snaps down the front and a storm flap to keep rain out. Sleeves have hook and loop cuffs; tighten to fit your wrist or expand to wear over gloves. The bib overalls have adjustable suspenders to modify the length.

When measuring chest size, measure around the fullest part of your chest. Find your waist size by measuring just above the top of your hip bone. Take all measurements over any clothing you expect to wear under these suits.

Protect your arms and torso when welding.

Cotton is treated to protect against low radiant heat and minor sparks. Jackets with a 12 oz. material weight provide better durability and protection. They have one inside pocket.

Cotton/nylon blend (women's) is soft, lightweight, and protects against low radiant heat and sparks. These jackets have a more contoured and less rigid fit than men’s jackets. For extra protection, they have a hook and loop neck closure. Two waist pockets give you spots to store items.

Cotton and leather protects against low radiant heat with added cut protection and heat resistance on the sleeves. These jackets have a pocket on each sleeve, as well as an inside pocket.

Leather protects against radiant heat, flames, and welding sparks. It’s flexible and resists cuts and abrasion better than cotton. Brown leather jackets are designed with small vents under the arms and along the upper back to increase air circulation and cool you off. They have a pocket on each sleeve, as well as an inside pocket. Gray leather jackets have a higher material weight than brown leather jackets to provide better durability and protection.

Acrylic/Buna-N blend protects against radiant heat, flames, and welding sparks while providing superior breathability to leather. These jackets have two chest pockets.

When measuring chest size, measure around the fullest part of your chest. Take all measurements over any clothing you expect to wear under these jackets.

Bright colors and reflective stripes make it easy to spot workers in low-visibility areas. Made of a rayon/aramid blend, these jackets protect against radiant heat, flames, and welding sparks. They are breathable to keep you cool. They snap closed and have one inside pocket and one pocket on the left sleeve.

When measuring chest size, measure around the fullest part of your chest. Take all measurements over any clothing you expect to wear under these jackets.

Often used in steel mills and glass plants, aluminized clothing reflects radiant heat and protects against sparks and splashes. These jackets have no pockets so they won’t trap hot particles. They have snaps down the front and on the cuffs. A flap down the front has pull tabs to allow for quick removal.

Rayon provides good radiant-heat protection as well as moderate spark protection.

Kevlar aramid/fiberglass blend combines good heat resistance with excellent abrasion and cut resistance.

PBI/Kevlar aramid blend is lighter than other Kevlar blends. It provides excellent heat and abrasion resistance without weighing you down.

Carbon/Kevlar aramid blend is a heavyweight fabric that lasts longer than other Kevlar blends. It holds up in higher temperatures than other materials while providing excellent abrasion and cut resistance.

When measuring chest size, measure around the fullest part of your chest. Jackets are oversized to fit over work clothes; take all measurements over any clothing you expect to wear under the jacket.

Often used in steel mills and glass plants, aluminized clothing reflects radiant heat and protects against sparks and splashes. These coats have no pockets so they won’t trap hot particles. They have snaps down the front and on the cuffs. A flap down the front has pull tabs to allow for quick removal.

Rayon provides good radiant-heat protection as well as moderate spark protection.

Kevlar aramid/fiberglass blend combines good heat resistance with excellent abrasion and cut resistance.

PBI/Kevlar aramid blend is lighter than other Kevlar blends. It provides excellent heat and abrasion resistance without weighing you down.

Carbon/Kevlar aramid blend is a heavyweight fabric that lasts longer than other Kevlar blends. It holds up in higher temperatures than other materials while providing excellent abrasion and cut resistance.

When measuring chest size, measure around the fullest part of your chest. Coats are oversized to fit over work clothes; take all measurements over any clothing you expect to wear under the coat.

Snap these bibs onto cape sleeves (sold separately) to protect your stomach when welding.

Cotton is treated to protect against low radiant heat and minor sparks. These bibs have a tie in the back.

Leather protects against radiant heat, flames, and welding. It’s flexible and resists cuts and abrasion better than cotton. These bibs have an adjustable buckle in the back.

These coats meet NFPA 70E standards for protection against electrical arc flashes for personal protection equipment (PPE) category 2. Check the PPE category and minimum arc rating provided for your workplace, and then select all required clothing and personal protective equipment to meet the minimum arc rating. Arc rating measures a garment’s ability to insulate the wearer from burns; the higher the arc rating, the greater the flame resistance. These coats are made of breathable cotton and are self-extinguishing. They have a flap in the front that conceals the snaps.

When measuring chest size, measure around the fullest part of your chest. Take all measurements over any clothing you expect to wear under these coats.

These sweatshirts meet NFPA 70E for protection against electrical arc flashes and NFPA 2112 for flame resistance. The front zipper is fully covered for complete protection from fire. Sweatshirts are made of a blended fleece for comfort and warmth. Knit cuffs and a knit waistband fit snugly to prevent heat from escaping.

These shirts meet NFPA 70E standards for protection against electrical arc flashes for personal protection equipment (PPE) category 2. They also meet NFPA 2112 standards for protection against flash fire. Check the PPE category and minimum arc rating provided for your workplace, and then select all required clothing and personal protective equipment to meet the minimum arc rating. Arc rating measures a garment’s ability to insulate the wearer from burns; the higher the arc rating, the greater the flame resistance. Made of acrylic/Buna-N blend, these shirts are breathable and moisture wicking to keep you cool. They have buttons down the front and on the cuffs, as well as two chest pockets.

When measuring chest size, measure around the fullest part of your chest.