Protect your most valuable asset with the flame resistant 9.5 ounce single layer Modacrylic blend Knit Balaclava providing head protection against arc flash hazards. The midweight material is also durable making it the perfect hood for any job.
Designed with comfort in mind This FR balaclava is designed with comfort & flexibility in mind which make it the perfect head base layer. Flat lock seams provide additional comfort – especially when worn underneath hard hats. The Modacrylic blend flame resistant material is also durable and midweight. Elasticity allows one size to fit most.
Stay safe & compliant With an arc rating of 12 cal/cm2 and HRC/CAT 2, Midweight Knit hoods comply with relevant safety standards: ASTM F1506-10a; OSHA 29 CFR 1910.269; NFPA 70E-2015 compliant for Arc Flash; CSA Z462-15 compliant for Arc Flash (Canada)
Fabric technology The Modacrylic blend material is not only comfortable & soft to the touch, but one that fiercely protects. The material is guaranteed flame resistant for the life of the garment, and will not melt, drip, or ignite.
Enhanced protection The first garment you put on can be your last line of defense. Protect yourself from electric arc flash and flash fire exposures, as well as multipurpose protection from electric arc flash and flash fire; Common applications for FR/AR balaclavas: arc flash and general FR applications; Construction; Electricians; Utilities; Electrical cooperative; Power generation; Contractor
Made in the USA Our flame resistant Midweight Knit balaclavas are manufactured from start to finish in Cleveland, Ohio – using the highest quality materials. Since 1935, workers across the country have relied on our quality craftsmanship & innovative solution. We know safety and are always innovating for you.
Technical specs:
- HRC/CAT: 2
- Arc rating: 12 cal/cm2
- Color: Navy
- One size fits most
- Country of origin: USA
Standards & Testing:
- Meets ASTM F1506-10a
- NFPA 70E-2015 Compliant for Arc Flash
- CSA Z462-15 Compliant for Arc Flash (Canada)
- Compliant with OSHA 29 CFR 1910.269
