IDEX 2019: Survitec unveiled new CBRN suits


Survitec introduced two new protective suits for chemical, biological and radioactive environments at IDEX, the Demron Ice and the NormMb.


IDEX 2019 Survitec unveiled new CBRN suits
Survitec's CBRN suits at IDEX 2019, United Arab Emirates (Picture source : Army Recognition)


The DEMRON ICE suit incorporates patented nanotechnology to protect against low-level gamma radiation. Studies carried out by Lawrence Livermore National Defence Laboratory show that the suit provides at least 50% shielding of gamma rays of up to 130Kev.

Manufactured from liquid metal particles the DEMRON fabric has a high thermal conductivity and cools the wearer down on the inside of the garment as heat transfers through the fabric. Paul Parry, Group CBRN Business Manager, Survitec, said: “This suit will revolutionise the way CBR (chemical, biological and radiological) suits can be worn. Not only will it keep the first responder cool, but it will also protect against low-level gamma radiation.

“Many standard CBR suits on the market offer radiological protection against radioactive particulates created by an explosion, as these particles can dusted off. However, unlike the DEMRON ICE suit, they do not protect against low level gamma radiation.”

The second suit being showcased by Survitec for the first time is the NormMb suit. Combining carbon and membrane technologies, the hybrid suit has been designed for use in chemical/biological scenarios and protects against traditional warfare agents, such as mustard gas. One of the benefits of the hybrid system is that liquid threats are defeated in accordance with NATO standards. Parry said: “The NormMb suit has a waterproof and liquid agent protective layer. This stops the suit being affected by water or excessive perspiration. It brings together carbon and membrane technologies to create a unique performance characteristic.”

Designed for land-forces, the suit uses a material that contains filters equipped with spherical activated carbon, as well as air, water and gas treatment filters. It is highly air permeable and adsorbent, washable and resistant to seawater.


 

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