Fibre-Metal Roughneck White Hard Hat P2AQRW01A

Fibre-Metal® Roughneck™ White Hard Hat P2AQRW01A w/Quick-Lok™ & Ratchet Suspension

The Fibre-Metal® Roughneck™ P2AQRW white hard hat features ratchet headgear and Quick-Lok™ mounting system for attaching welding helmets and face shields. It is the industry standard in safety, strength and durability. The Fibre-Metal® Roughneck™ hard hat is made of tough, injection-molded fiberglass that is 8 times stronger than the most common polyethylene hard hat.

Fibre-Metal P2AQRW SuperEight® ratchet suspension 3RW2 is crack-proof and strip-proof and is SEI certified in both forward and reverse position. The unique eight-point headgear design increases comfort and is more effective at dispersing impact energy than typical four-point suspensions. The Quick-Lok™ feature allows to you quickly and easily attach Fibre-Metal® welding helmets and face shields equipped with 4001 Quick-Lok™ cups. Fibre-Metal P2A series hard hats withstand up to 370 degrees F radiant heat.



Features

Proprietary injection-molded fiberglass compound offers exceptional impact and crack resistance and is eight times stronger than common high density polyethylene (HDPE) cap shells.

Best-in-class heat resistance. Meets ANSI-Z89.1-2009 impact resistance tests at extreme temperatures of up to 370 degrees F.

Solid color resin provides a permanent, no-chip, no-peel finish. Available in nine popular colors.

Smooth, matte finish.

The technically-advanced SuperEight suspension balances and spreads weight over a wide area for added comfort and impact protection.

Comes standard with the famous Fibre-Metal non-slip/non-strip ratchet headgear.

Ready to use with the industry's most versatile Quick-Lok® or Speedy® Loop helmet attachment system for face shields and welding helmets.

For added assurance of performance, all Roughneck caps are factory-assembled and SEI third-party certified to meet ANSI Z89.1-2009 Type I Class G (including Quick-Lok model) and CSA Z94.1-2005 Type I Class G or C (Class C for Quick-Lok® model) in both forward and reverse.