PAXCON Blast Protection Coating is a unique elastomeric polymer that is used as an explosives resistant coating. It is an excellent option for building owners and engineers who want to minimize the impact of a bomb explosion. The U.S. government has been testing this patented technology since 1996. In fact, it is the only elastomeric coating that has passed all of the tests. Its protective lining is a highly effective barrier against explosives and is now installed on several buildings across the world, including the U.S. Pentagon, the Federal Court House in NY, the Washington Naval Base, and many buildings in London.
Polyurea is a chemical that is applied to concrete structures for blast protection. This solution helps reduce the force of explosions by dissipating the energy of the impact. It is used in external coatings for helmets and can effectively absorb the forces of a 7.62/54R projectile. A recent study conducted by the University of California San Diego found that a polyurea coating reduces the force of a blast by up to 15 percent.
Another example of a blast mitigation coating is PAXCON by LINE-X Coatings. This military-grade polyurea has undergone explosion-like testing and is effective in reducing the effects of flying debris. It is a highly effective protective measure and has been installed on the Pentagon and other high-profile government facilities. These structures have been certified as Blast-Proof and are now protected by PAXCON.
The polyurea coating is a powerful blast mitigation solution. It can minimize the casualties and damage caused by hostile explosives. The sprayed-on polyurea coat can protect metal and concrete structures from massive pressure. In addition to buildings, ballistic protection coatings can be applied on armored vehicles and high-profile structures. The proven benefits of this solution make it a popular choice for protecting the interior and exterior of a building.
Polyurea is an extremely effective blast mitigation solution for concrete structures. The coating is also lightweight and resistant to chemical and radiation hazards. The US military purchased the polyurea coating for its protection of Humvees. By protecting the occupants of the aircraft with this coating, the US Military can reduce the risk of a bomb attack. A polyurea-coated structure will remain solid and prevent internal fractures. It also prevents the use of a dynamite-resistant compound.
A polyurea-based solution is ideal for building walls. A polyurea coating prevents fragmentation of concrete blocks caused by a blast. As a result, it is a cost-effective solution for buildings that experience heavy damage due to explosions. However, the polyurea-coated wall will need to undergo a thorough inspection to ensure it is blast-proofed before it can be placed in the ground.
Using a polyurea-based blast mitigation solution can also save on weight. A polyurea-based solution has been proven to be effective against 9.4mm rolled armor steel and 7.62/54R of ammo. It also significantly reduces the risk of fires and explosions on the building. Moreover, it does not degrade, which is an important factor when considering the application of this coating.
The US military has tested the ERC’s polyurea-based blast mitigation solution against the equivalent of a car bomb explosion. The coating also reduced the effects of flying debris. The result of the test was a 15% weight reduction in the Humvee. The resulting weight reduction made the vehicle more maneuverable over rough terrain. This polyurea-coated solution is a significant step in protecting structures from explosions.
Elastomeric Blast Protection Coatings offer significant advantages in reducing the risks of explosions on buildings. The polyurea coatings are applied to concrete structures to provide protection against blasts. Compared to uncoated concrete blocks, the coatings prevent the internal wall from breaking. The polyurea material is resistant to a variety of explosives, including explosives and heat. This protective coating is ideal for buildings and armored vehicles.
The ERC technology is widely used by military contractors for critical buildings. This technology provides greater resistance against explosions than ordinary concrete or metal housings. The ERC system also has the added benefit of absorbing the explosive energy. This technology also provides protection against bullet fragmentation. In an explosion, fragmented building pieces can be contained by the coating. It can even stop an incoming bullet, which could cause serious injury. In a similar way, it can prevent injury to people.
