MSCN Anti Visual,NIR, Themral, Radar

Our Multispectral Camouflage Nets are lightweight, high strength, fire retardant, are designed to provide the 360⁰ stealth capabilities in our standard coverage ranges in the following spectrum: UV (300nm-380nm), Visual (400nm–700nm), Near Infrared (700nm-1200nm), Thermal Infrared (3 µm -5 µm) & (8µm – 12 µm), and Radar (2 GHz – 100 GHz) wavebands.

MSCN EM/Radar Transparent + Anti Vis, NIR, Thermal, Radar

These Multispectral Camouflage Nets have Radar transparent capabilities with attenuation below 0.50 dB, therefore, it does not affact the two way communication. These are effective in the UV, Visual, Thermal and Radar spectrum as per our standard coverage range.

SCN Anti-Visual

Camouflage in the Visual range (400-700nm) is accomplished by choosing the perfect color and pattern design to resemble with the corresponding terrain’s color scheme, making it blend perfectly with its surroundings. We provide a wide range of camouflage nets that protect from detection in varied terrains.

SCN Anti-Visual, NIR

Our Synthetic IR camouflage nets (SCN-IR) are available in both Reversible & Non Reversible types. They are designed to protect military assets from enemy surveillance and detection reconnaissance sensors operating in the EM spectrum’s Visual (400–700nm) and Near Infrared (700–1200nm) regions of the EM spectrum.

SCN Anti-Visual, NIR, Thermal

Our thermal camouflage screens are very effective against HHTI, PNVG, and operate in Visual (400nm-700nm), Near-Infrared (700nm – 1200nm), and Thermal Infrared region (3 µm -5 µm) & (8µm – 12 µm) of EM spectrum. With enriched industrial acquaintance, we are providing a varied series of Military Vehicles Thermal Camouflage Nets.

Ghillie Suits (Visual)

Anti-visual Ghillie suits are very lightweight and robust enough for harsh field conditions. They will merge the soldier visually with the surrounding terrains. These have excellent ventilation and comfort for the soldier in the field. Additionally, these ghillie suits are bug-proof and restrict insect penetration.

Ghillie Suit Anti-Vis, Thermal, IR

Modern ghillie suits protect the troops in visual (400nm-700nm), NIR (700nm–1200nm), and Thermal Infrared (3μm – 5μm) and (8μm – 12μm) waveband of the electromagnetic spectrum by reducing the contrast between background and the human body. These are water and fire-retardant and available for all the terrains.

Camouflage Paints Anti Visual

Our Anti-Visual Camo Paint hides the assets from all reconnaissance equipment, working in the electromagnetic spectrum’s visible (400nm–700nm) region. It will completely merge the assets with it’s corresponding background by exact matching of colours & gloss of the terrains. The pattern and colours differs depending on the specific environment.

Camouflage Paints Anti-Vis, NIR

Modern CARC Camouflage paint is formulated to provide the concealment in visual (400nm – 700nm) and Near-Infrared (700nm – 1200nm) Camouflage paint, as per MIL-PRF-46168D, is developed to protect military combat assets from prevalent reconnaissance sensors like dones and satellite imagery, night vision devices and other thermal imaging systmes.

Mobile Camouflage System

Mobile Camouflage System (MCS) is designed to provide effective camouflage for moving vehicles and equipment across multiple spectrum of detection. These intregrate advanced materials and technologies to reduce the visibility of military vehicles and mobile assets against various reconnaince equipment including Viusal, IR, Thermal Imagaing and the Radar.

Camouflage/Sniper Tent

Our high performance, water and flame repellent sniper tents are specially designed for protecting your sharp shooter from any reconnaissance. It’s coverage is in the following spectrum: UV (300nm-380nm), Visual (400nm–700nm), Near Infrared (700nm-1200nm), Thermal Infrared (3 µm -5 µm) & (8µm – 12 µm), and Radar (2 GHz – 100 GHz) wavebands.

Inflatable Decoys

Decoys are developed for deception, thereby protecting the real military tanks/ vehicles against visual, infra- red and Radar surveillance. The design is 1:1 size, lightweight, and optimized for thermal signature and radar reflection, mimicking a real target.