HRC2 Arc Flash Protection Bib
Specific engineering of inherently flame-resistant PPE for electric arc protection to minimize or prevent skin burns during an arc flash.
Brand: ARC STOPPER®，WLTech®
Arc level: HRC2
Sizes：S-4XL
Colors：
Comfort：
| Composition Modacrylic|FR viscose|Aramid | Fabric Weight 230 g/m²± 5% |
| Type Overalls, Sleeveless |
– Arc rating class label on chest pocket
– Two chest pockets with pen partition for storage.
– Zip through front with fly.
– Two front slant welt pockets.
– Two organ pockets for storage.
– Inner knee panels (double layer) for maximum abrasion resistance.
– 50mm flame retardant reflective tape.
– Back slant patch pocket for functional tool storage elastic band offering greater comfort, mobility and fit.
– Cleaning garment thoroughly.
– Wash temperature at 60℃max.
– No chlorine bleach or hydrogen peroxide either separately or in detergents.
– No softeners or starch.
– Dry cleaning with normal cycle.
– Tumble dry temperature at 60℃max.
– Iron temperature at 110℃max.
– Failure to launder properly could adversely affect the performance and arc resistance of the fabric.
Electrical power generation, transmission, and distribution.
Telecommunications and utility companies.
| Composition Modacrylic|FR viscose|Aramid | Fabric Weight 230 g/m²± 5% |
| Type Overalls, Sleeveless |
– Arc rating class label on chest pocket
– Two chest pockets with pen partition for storage.
– Zip through front with fly.
– Two front slant welt pockets.
– Two organ pockets for storage.
– Inner knee panels (double layer) for maximum abrasion resistance.
– 50mm flame retardant reflective tape.
– Back slant patch pocket for functional tool storage elastic band offering greater comfort, mobility and fit.
– Cleaning garment thoroughly.
– Wash temperature at 60℃max.
– No chlorine bleach or hydrogen peroxide either separately or in detergents.
– No softeners or starch.
– Dry cleaning with normal cycle.
– Tumble dry temperature at 60℃max.
– Iron temperature at 110℃max.
– Failure to launder properly could adversely affect the performance and arc resistance of the fabric.
Electrical power generation, transmission, and distribution.
Telecommunications and utility companies.