MSC Fabrics

Products In today’s advanced military operations, the concern for protection and survivability has increased, due to the increasingly diverse and asymmetric environments in which these operations take place. In the past, armoured vehicle survivability has relied largely on penetration avoidance.
Products In today’s advanced military operations, the concern for protection and survivability has increased, due to the increasingly diverse and asymmetric environments in which these operations take place. In the past, armoured vehicle survivability has relied largely on penetration avoidance.
Products In today’s advanced military operations, the concern for protection and survivability has increased, due to the increasingly diverse and asymmetric environments in which these operations take place. In the past, armoured vehicle survivability has relied largely on penetration avoidance.
Products In today’s advanced military operations, the concern for protection and survivability has increased, due to the increasingly diverse and asymmetric environments in which these operations take place. In the past, armoured vehicle survivability has relied largely on penetration avoidance.
Products In today’s advanced military operations, the concern for protection and survivability has increased, due to the increasingly diverse and asymmetric environments in which these operations take place. In the past, armoured vehicle survivability has relied largely on penetration avoidance.
Products In today’s advanced military operations, the concern for protection and survivability has increased, due to the increasingly diverse and asymmetric environments in which these operations take place. In the past, armoured vehicle survivability has relied largely on penetration avoidance.
Products In today’s advanced military operations, the concern for protection and survivability has increased, due to the increasingly diverse and asymmetric environments in which these operations take place. In the past, armoured vehicle survivability has relied largely on penetration avoidance.

MSC Fabrics

MSC Nets

Camouflage nets can attenuate radar signals from 5 to 100 GHz and especially from 8 to 40GHz. The level of attenuation in each band varies while RCS reduction is 98%. On top of that all fabrics are treated /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 low as 300 gr/sq.m. and can be engineered to meet end-user specifications i.e. weight, design, pattern, performance.

Key features

Radar signal attenuation from 5 to 100GHz
Anti-thermal painted
Do not need to be kept away from any hot surface
ULCAS or ARCUS
Ultra lightweight at 200gr
Can be engineered to meet end-user specs i.e. weight, design, pattern, performance

MSC Covers

Covers /Blankets are lightweight, waterproof, weather resistant and a very easy way to instantly cover everything by placing them on top of the asset. Their weight can vary from 200 to 500gr per sq.m.

They are very useful when:

you need to immediately protect an asset and eliminate its IR signature with no hassle and complexity. All it takes is just placing the cover on top.
you have an asset with a very strong IR signature. Whether coated or not, you may need additional reduction of your signature, either because the asset has overheated, or because it was exposed to solar radiation.
in some cases assets are not or cannot be painted. Ammunition, stand alone communication systems, or air conditioning units could belong to non-painted assets.

Anti-missile Shield

Anti-thermal coatings can render Passive Homing Missiles unable to "lock on".

Chameleon series

Chameleon series of Anti-thermal/IR Paints aim to equalize, like the chameleon, the optical & the thermal/IR signature of a certain target.