Interceptor™: fully encapsulating EN 943 Type 1a gas tight suit. Front entry and wide vision visor

Style Number: ICP640W

Powered by Permasure®; Simple to use toxicity modeller app offering instant safe-use times accounting for temperature and chemical toxicity for over 4000 chemicals.

  • Multi-layer, high barrier fabric for protection against a wide range of hazardous liquid and gaseous chemicals. Yet very soft and flexible material for enhanced comfort.
  • Fabric weight 365gsm.
  • INT640W code; front entry / wide vision visor option.
  • Superior design featuring double-taped seams (inside & out).
  • Two-layer visor; (inner teflon and outer PVC layers) with unique etched seam-sealing technology for high chemical barrier.
  • Two layer chemical glove system: inner chemical glove with outer barrier 27mil butyl glove.
  • Tested against a full range of chemical warfare agents for anti-terror and civil defence operations.
  • Two rear mounted exhaust valves.
  • Attached sock boot with boot overflaps.
  • Every Interceptor™ suit is gas-tight tested before leaving the factory. Pressure test kits are available separately.

Features: Tape sealed seams, Expanded back for SCBA, Front entry, 2 exhaust ports with shroud, Attached sock boots with boot flaps, Double storm flap with hook and loop closure, Fully encapsulated front entry vapor-protective Level A suit, Wide Vision Visor

Colors
Sizes
SM - 3XL
Case Size
1/case
Seam
Stitched/Double-taped

Resources

Interceptor™ Plus Physical Properties
Physical PropertyTest MethodUnitsTest Results
Abrasion ResistanceEN 530Cycles>2000 / Class 2
Flex CrackingEN 7854Cycles>1000 / Class 1
Flex Cracking at -30CEN 7854Cycles>200 / Class 2
Trapezoidal Tear - cdISO 9073Newtons220N / Class 6
Trapezoidal Tear - mdISO 9073Newtons246N / Class 6
Tensile Strength - mdEN 13934Newtons630N / Class 5
Puncture ResistanceEN 863Newtons43.6N / Class 2
Seam StrengthEN 13935Newtons655N / Class 6
Interceptor™ Plus Permeation Data
Challenge ChemicalCAS NumberPhysical StateNormalized Breakthrough Time
1,3-Butadiene106-99-0Liquid>480
2,2,2-Trichloroethanol115-20-8Liquid>480
2,3 Dichloro- 1Propene78-88-6Liquid>480
2,4-Dichlorophenol120-83-2Liquid>480
2,4-dichlorophenoxy Acetic Acid94-75-7Liquid>480
4-Bromofluorobenzene460-00-4Liquid>480
Acetic Acid64-19-7Liquid>480
Acetone67-64-1Liquid>480
Acetonitrile75-05-8Liquid>480
Acetyl Chloridein75-36-5Liquid>480
Acrolein107-02-8Liquid>480
Acrylic Acid79-10-7Liquid>480
Acrylonitrile107-13-1Liquid>480
Allyl Chloride107-05-1Liquid>480
Ammonia7664-41-7Liquid>480
Ammonium Fluoride12125-01-8Liquid>480
Bromine7726-95-6Liquid98
Carbon Disulfide75-15-0Liquid>480
Chlorine7782-50-5Gas>480
Dichloromethane75-09-2Liquid>480
Diethylamine109-89-7Liquid>480
Dimethylformamide68-12-2Liquid>480
Ethyl Acetate141-78-6Liquid>480
Ethylene Oxide75-21-8Gas>480
Hexane110-54-3Liquid>480
Hydrofluoric Acid7664-39-3Liquid>480
Hydrogen Chloride7647-01-0Gas>480
Hydrogen Fluoride7664-39-3Gas>480
Methanol67-56-1Liquid>480
Methyl Chloride74-87-3Gas>480
Nitrobenzene98-95-3Liquid>480
Phosphorus Pentachloride10026-13-8Liquid>480
Sodium Hydroxide1310-73-2Liquid>480
Sulfuric Acid7664-93-9Liquid>480
Sulphur Dioxide7446-09-5Gas>480
Sulphuryl Chloride7791-25-5Liquid>480
Tetrachloroethylene127-18-4Liquid>480
Tetrahydrofuran109-99-9Liquid>480
Thionyl Chloride7719-09-7Liquid97
Toluene108-88-3Liquid>480
Vinyl Chloride75-01-4Liquid>480

Note: Chemical Resistance Data is in accordance with ASTM F-739 test method. Testing is performed on fabric samples only, not finished garments. Sources for all test
data are independent laboratory conditions and not actual use conditions.