Developed and deployed by the US Armed Forces, CARC paint is broadly employed to coat tactical vehicles, trucks, and equipments used by the army, marine forces, and military helicopters. Since the right of the coating is owned by the U.S. government, only license holder coating and plating companies can produce CARC for defense use.
Significantly, being absorbent, common paints are vulnerable to seep the lethal biological agents, and extremely toxic chemicals used widespread in battlefields ( ), subject to attacks on them. This could be equally harming for equipments, vehicles, and personnel boarding them in the war fields. Precisely, CARC is an outcome of need-based tiring research and development endeavors convened by scientists with senior Army officials for years.
The three-tier painting concept of CARC begins with a pretreatment process, subsequently which a primer of epoxy is used. Typically, the topcoat is made of aliphatic polyurethane while depending on the types of vehicles; an extra layer of epoxy-polyamide enamel is often used before the top layer and after epoxy. The painting technology is simply brilliant to ensure and enhance the safety and wellbeing of the troops from an attack of all sorts of biological and chemical agents and radioactive elements.
The Benefits of CARC
Highly Resistant Coating
The enduring coat of CARC paint offers an umbrella of protection for military troops, tactical vehicles, and war weapons against all potential attacks and damage caused by biological and chemical warfare. Aside from being a highly resistive painting solution, it is made non-absorbent, which makes it unique especially because toxic chemicals can pass through the entire body of vehicles that get exposure to them. As it saves the vehicle, tanks, helicopters, equipments and also the personnel who use them, due to its non-absorbent nature, they can be easily neutralized.
One of the great outcomes of CARC paint that comes exceptionally handy for defense force is its camouflage feature. The pigments used in the paints can amazingly deal with infrared technology-based mechanisms by making them weak to detect the troops and vehicles in the war field. A variety of pigments are used to camouflage vehicle and equipment in a different environment.
Ease of Cleanup
As said above, with the non-absorbent property, CARC paint offers greater ease while cleaning the tactical vehicles and equipments being exposed to harsh chemicals. Once exposed to biological toxic elements, vehicles should be denominated for further use. Thankfully, with CARC ( ), that restricts the seepage of those hazardous chemicals onto the body of vehicles, the cleanup process becomes easier, cost-effective, and time-saving.
Camouflage feature of the coat defends high-cost vehicles, tanks, and equipment from damaging in the battlefield by making them non-detectable by enemy forces and thus helps save a lot from further expenditure on buying new ones. Equally, the non-absorbent paint of layers make cleanup procedure easy resulting in less labor cost and neutralizing expenses which are some great attributes of CARC paints.
Opposed to common paints, CARC is made quite resistive to extreme climatic conditions. Vehicles having CARC paints thus can remain protected from all harsh environmental states like extreme heat. The topcoat is already prepared with anti-corrosive properties.