Permanent wear CBRN Protective Suit - T.O.M. Model - Accessories

NEW GENERATION GLOVES

The New Generation Gloves (GNG) follow the same concept of filtering as the NRBC protective suit. It is composed of an outer layer and a filtering foam. The outer layer of the glove is mixed: it has a water and oil resistant treated leather patch in the palm of the hand and the rest is made of a fabric which is also water and oil repellent. The filtering complex is made of polyurethane foam impregnated with active charcoal.

This bi-component glove is sewn enabling both tactile perception and breathability. The permeable fabric is used where the thermal exchanges are highest (on the back of the hand). The leather, which is impermeable and mechanically highly resistant, has the important property of transmitting tactile information and the ribbing gives a better dexterity.

For the first time, a thin NRBC protective glove has been made with outer and inner layers assembled together at wrist level to form only one glove.

Dexterity tests (Minnesota and Washer tests) performed by the "Centre d'Etudes du Bouchet" - French Army Laboratory - (DGA) showed an increase of more than 50% compared to previous NRBC gloves.

NRBC UNDER-GARMENT

The NRBC protective under-garment is an economical alternative to the NRBCprotective suit.

It is made of a filtering complex identical to the one found in NRBCprotective suits: foam impregnated with active charcoal, bonded on both sides of the mesh lining. The NRBC under-garment is to be worn under the traditional suit.

It provides protection against gaseous toxics such as VX or Mustard Gas. Protection against liquid toxics must be provided by the outer layer of the suit.

NRBC PROTECTIVE SOCKS

The NRBC protective socks have been developed by Paul Boyé to provide optimal comfort and maximum protection for the wearer.

They are made of a filtering complex identical to the one used for NRBC protective suits, T.O.M. model.
NRBC socks are worn with combat type shoes such as Rangers, allowing the wearer to maintain an excellent mobility.

The assembly techniques used provide the best comfort possible while reducing fabric overlapping and thus avoiding any foot injury due to friction. The user can keep the same Rangers shoe size.