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Anti-Mid And Far Infrared Camouflage Net (030201)

All items are customizable

Anti-Mid And Far Infrared Camouflage Net (030201)

Anti-mid and far infrared reconnaissance camouflage net matches the spectral reflective properties in the visible and near infrared bands and the thermal radiation properties in the mid- and far-infrared bands with the background. It is capable of anti-optical reconnaissance and anti-mid and far infrared reconnaissance, and it can be widely used in the anti-optical and mid- and far-infrared reconnaissance camouflage of various equipments. In addition, it can also be used in the camouflage of engineering and facilities.

The product has passed ISO9001:2015 quality management system certification

Product Information

Structure: reinforced skeleton mesh + cut flower decorative piece

Camouflage Type: mainly including woodland type camouflage, desert type camouflage, snow type camouflage, also can be customized.

Application Scenarios: Mainly used for stealth under infrared detection technology for tanks, armored vehicles and other targets with high-power engine heat sources.

Performance Advantage: Based on the mature technology of domestic camouflage net, it adopts the unique thermal infrared compensation technology to achieve thermal camouflage segmentation and perfect integration with the background Absolute temperature difference ≤ 4 ℃ (within 80% of the day and night);

Environmental adaptation: The color difference before and after 500h artificial climate aging is less than 3 levels;

Life span

1) Storage life of not less than 10 years;

2) Accumulated use in the field Lifespan is not less than 5 years.

Technical Parameters

Weight:≤400g/m²

Physical & Mechanical Properties

Rupture strength: Warp ≥ 500N, Weft ≥ 500N

Tear strength: Warp≥ 50N, Weft≥ 50N

Flame retardant properties

Re-ignition time no more than 10s

 Camouflage performance

1) Protection band: mid-infrared 3μm~5μm; far- infrared: mid-red Outer 8μm~14μm

2) Average thermal transmittance: the average thermal transmittance is not more than 30%;

3) Average thermal radiation temperature difference: the average radiation between the camouflage surface and the background

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