Left Continue shopping
Your Order

You have no items in your cart

Innotex Logo

Innotex Gray™ 25 Hood

$17500
SKU: H-INNOTEXGRAY25-ML

This hood shields the vulnerable area between the firefighter's helmet & coat using its 3-layer system.

Description

Shields vulnerable area between helmet & coat using an air permeable, carcinogenic particulate blocking layer. Smooth, cooling inner FR viscose multi-filament liner. Full drape coverage around the shoulders and 100% protection coverage throughout the hoods. Flatlock stitch for maximum comfort with heavy 1/2” elastic that prevents stretching out when worn around the neck.

Outer Shell: Air permeable carcinogenic particulate blocking layer

Middle Layer: Stedair Prevent® blocks more than 98% of particles ranging from 0.1 to 1.0 microns

Inner Liner: is a smooth, cooling viscose filament

Features

  • Shields vulnerable area between helmet & coat
  • 3-layer system
  • Outer shell - air permeable carcinogenic particulate blocking layer
  • Middle layer - Stedair Prevent® blocks more than 98% of particles ranging from 0.1 to 1.0 microns
  • Inner liner is a smooth, cooling viscose filament
  • Allows for air permeation, which is essential to reduce the risk of increased core temperature
  • NFPA 1971 - 2018 Edition Certified
  • The INNOTEX® GRAY™ Hood 25 with Nomex has a THL of 392 and a TPP of 27.7.
  • The INNOTEX® GRAY™ Hood 25 with PBI has a THL of 437 and a TPP of 22.37.

Technical Specs

3 LAYER APPROACH
The INNOTEX® GRAY™ Hoods use a 3 layer approach similar to Turnout Gear. The two inner layers are laminated together to increase comfort and reduce bulk.

PARTICULATE BLOCKING LAYER
INNOTEX® GRAY™ Hoods use a proprietary version of Stedair® PREVENT, which blocks carcinogenic particulates 0.1 µm to 1.0 µm (microns) by greater than 99%. (NFPA 1971: 2018 Edition requirement is a minimum of 90%) Tested for 100 washes.

AIR PERMEABILITY
The INNOTEX® GRAY™ Hoods are air permeable, which means air can pass through them. Body heat can dissipate, helping reduce the risk of increased body temperature.

Extended Information