Coating

Applying Dinamantan on uniforms, drones, tanks, rockets, and cars.

A person is applying a spray finish to a long object in a contained spray booth. The environment appears industrial, with machinery and safety equipment visible. The lighting highlights the object being worked on, which is supported by a rolling metal frame.
A person wearing a protective mask and a jacket is engaged in welding. Bright sparks and a vivid glow illuminate the work area, creating a dramatic contrast against the dark environment.
A vibrant red sports car is parked indoors on a tiled floor. The sleek vehicle has shiny black wheels and features a '5.0' badge on its side, indicating a powerful engine. The background includes signage related to vehicle technology and protection systems, with the words 'Opti-Coat' prominently displayed above the car.
Metallic surface with rust and paint peeling, showing embossed characters X99 5629 in the center.

Coating Process

A drone is flying in the air with its rotors clearly visible. It appears to be metallic with a sleek, modern design. The background is blurred, suggesting the photo was taken with a wide aperture, emphasizing the drone as the focal point.

Thermal Effect

Objects coated with Dinamantan appear nearly invisible in thermal camera images, blending seamlessly with their surroundings.
A close-up view of a modern drone capturing detailed design features such as the camera and wing structure. The background is blurred, highlighting the drone's sleek, aerodynamic body.

Application Methods

Dinamantan can be applied by spraying, rolling, or brushing, adapting easily to different surfaces and shapes.
A black quadcopter drone with four propellers is placed on white crumpled paper. The drone features a camera at its front and has red and silver accents on its propellers. The background is a soft white, creating a clean and minimalistic setting.

Heat Dissipation

Coated objects release heat faster, helping them match ambient temperatures more quickly than uncoated ones.