Intermat - Thermal and Radar Signature Management

Intermat is widely known for its prolific involvement in the field of thermal signature management and multi-spectral stealth materials. The term “stealth” is primarily associated with changes in the reflective properties of the target. It is usually understood to result from a combination of materials and methods that significantly lower the emissions of a target, thereby effectively decreasing the enemy’s detection range.

Intermat’s prime concern is to reduce signatures, emissions, and eventually detection ranges. However, just reducing an emission is not enough, the real science is to customize and adjust the level of performance in order to meet the operational requirements (blend in with surrounding /background environment).

The objective of Intermat is to:

  • Conceal against thermal observation
  • Deceive heat-seeking IR sensors
  • Attenuate radar signals and reducing RCS

Thermal signature management

Intermat’s core business is the research and development of anti-thermal coatings. Intermat has the technical capability and know-how to produce military colour shades of adjustable emissivity. All it takes is painting with just a thin film layer by using ordinary equipment and tools. The coatings limit the absorption and emission of heat and the user is free to decide on the amount of “insulation” or performance, whether operations take place in desert, forest, or any other terrain. Light blue and light grey colours of exceptional performance are available for the navy and helicopters; these assets operate against a very cold thermal background i.e. sea, sky, and thermal protection is vital for their survivability. Application can be made on any surface i.e. metallic or building. It is a permanent countermeasure.

Anti-thermal / anti-radar camouflage nets

Intermat can provide a wide range of camouflage nets, covers and blankets, and tents and personal camouflage.

Camouflage nets can attenuate radar signals from 5 to 100 GHz and especially from 8 to 40GHz. The level of attenuation in each band is confidential but it can be said that the level of attenuation varies from 10Db minimum up to 35Db. On top of that all fabrics are treated or painted with the anti-thermal coatings and literally any camouflage pattern can be designed. Fabrics do not need to be kept away from any hot surface; they do not get hot when placed directly on top of a warm surface. They weigh as little as 200gsm and can be engineered to meet end-user specifications, such as weight, design, pattern and performance.

Sniper and Ghillie suits

Special forces operatives deserve their own thermal countermeasure; consequently Intermat suits are treated with the anti-thermal coatings. The soldiers are protected throughout the wide IR spectrum, and the detection of a soldier is very much reduced (depending on the environmental conditions). The fabric is breathable with reduced stiffness while various types and camouflage patterns can be produced. Fabric weight can be as light as 60gsm and can be as effective as other much heavier systems since the amount of “insulation” is not achieved through thick and heavy materials .

RCS reduction coatings

Intermat has achieved to develop RCS reduction coatings where RCS can be reduced by 97% (attenuation in X-band); this means than the radar detection range can be more than halved. They are compatible with the anti-thermal coatings and both formulas can be combined into one which will perform both as an anti-thermal and RCS reduction coating.

…all warfare is based upon deception…

Sun Tzu, The Art of War

Contact Details


Intermat Group SA
108 Plastira str
17122 Nea Smirni
Athens
Greece
Tel: +30 210 94 02 977
Fax: +30 210 94 04 604
Email: info@intermatstealth.com
URL: www.intermatstealth.com

WHOT 1. Intermat LEO 2. IR painted. Click on the image to expand.
Painted tarmac observed by F-16 LANTIRN, WHOT, WFOV, Altitude 4,780ft Yellow: medium performance, simulation Red: High performance, thermal contrast (cold)
Two samples on a 100 C hot surface Left: Intermat brown Right: IR brown
ARCUS net in direct contact with the hot surface at 60°C.
From left to right: - Ordinary clothing - Anti-thermal suit - Ghillie suit
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