BarriAire Gold – Critical Particulate Coverage to the base of the neck, around entire hood. All critical areas of particulate penetration as identified by NFPA have particulate barrier. Blocks more than 90% of particulates 1 micron in size Superior Comfort – Increased Protection – Maximum Durability
- Outer layer: PGI proprietary gold FR fabric
- Inner layer: ultra-lightweight, DuPont Nomex Nano-Flex fabric Inhibits penetration of harmful particles from asbestos, drywall and soot Won’t compromise the firefighter’s ability to communicate within their surroundings
PGI’sProprietary Fabric
Where you seequilting is where the Particulate Barrieris enclosed
Blocks 90%or more of particulate 1 micron or smaller
Excellentflame and thermal resistance.
Exceptionalbreathability
Inside of fabric wicks moisture from skinthrough fabric to outer shell where it can evaporate keeping the wearer dry and comfortable.
Outer shell has DWR finish which reduces the build-up of toxic residuethat can easily be absorbed by non-treated fabric and enhances the release of contaminates in the wash cycle. Additionally, the DWR finish enables the hood to dry 2 to 3 times faster than non-treated fabric
Lightweight– weighs about the same as hoods without a Particulate Barrier.
Fabric has asoft hand and is hypoallergenicmaking it comfortable against the skin.
Unlike some Particulate Barrier hoods, PGI’s BarriAire Gold hoods have just enoughstretch and recoveryto allow it to conform well to the head and neck and allow us to make one size fits all sizing
Attractivegold color allows you to see when the hood’s soiledand in need of cleaning.
Fabric hasexcellent tensile and tear strengthfor long wear life
Generous cutwith a little “ease” built into the design so the hood doesn’t fit skin tight. This creates a layer of air between the hood and head which improves thermal resistance from flame and heat
All sewing and quilting done with CRAQ SPUN AR Meta Aramid thread
Extra-long length (23”) front and backmakes sure hood stays tucked-in even after laundering shrinkage