Page 192 - IE-IE Ltd - PPE Catalogue

Proximity Suit Applications:
• Aircraft Rescue
• Aircraft Firefighting
• Bulk Flammable Liquids
Firefighting
• Flammable Gas Firefighting
• Similar Situations Releasing
High Levels of Radiant Heat
Kevlar® stitching throughout
Tapered leg end, designed to sit comfortably beneath overboots
AM20 Proximity Coverall
EN ISO 11612 A1,B2,C4,D2,E3,F2
Concealed front hook and loop opening
Hook and loop adjustable hem
6
This one piece coverall is lightweight and extremely flexible. Designed to be worn with the AM21 Hood and the AM22 Overboots. Features include an integrated back pocket on the back for a breathing apparatus, inner and outer front protective flap opening and hook & loop adjustment on the side leg.
CE CAT III
Ignis: Metallised aluminium coated 95% Meta-aramid, 5% Para-aramid, 330g - 1 layer
Mid Layer: Carbon Felt 120g - 1 layer
Inner Layer: Aramid Viscose 125g - 1 layer
Silver M-4XL
4XL
Proximity
Range
EN ISO 11612
Providing full body coverage including the head, hands and
feet, the Proximity garments provide excellent protection from radiant heat and high temperatures.
Due to the high ambient temperatures that the wearer can be subjected to, it is recommended that the Ignis Proximity suits are worn with a breathing apparatus to provide breathing air at normal temperatures.
The Proximity garments, certified to EN ISO 11612, are used for aircraft rescue, aircraft firefighting and proximity of high temperatures (but not entry into direct flame).
Fabric Information
IGNIS Fabric is specifically designed for the manufacture of garments used in close proximity to high intensity fires. Extremely lightweight at 330g, and pliable, the IGNIS outer shell fabric is a metallised aluminium coated meta-para aramid fabric that is constructed from 95% Meta-aramid and blended with 5% Para-aramid.
Garment Benefits
The mirror-like surface reflects radiant heat away, allowing close flame proximity while reducing the rate of heat absorption that can lead to thermal fatigue.
The integration of additional inner carbon felt linings ensure superior protection and performance in the extreme work environments faced by civilians, emergency service and military personnel. These garments are worn in industries such as aircraft rescue, aircraft firefighting, bulk flammable liquids and similar situations involving high levels of radiant heat.
Layering Structure Example
The Ignis Aluminised Suits are constructed with the following outer, mid and inner layers:
Outer Ignis Aluminised Shell Mid Thermal Liner
Inner Thermal Liner
A
B C
A
B
C
190 Ultimate Protection against Radiant Heat and High Temperatures