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Together these properties make polyurea the ideal technology for blast mitigation coatings, where they can effectively prevent structural failure and minimize casualties in case of an explosive event. Instead of exposing structures to the full force of a blast, polyurea creates a watertight barrier that can effectively absorb and dissipate energy to reduce the load on underlying structures. Polyurea formulations are engineered to resist the harsh conditions of an explosive blast, and can perform under extreme conditions including temperatures of up to 350°F. This has seen polyurea coatings used in military installations, armored vehicles, safe rooms, and anywhere else facing the risk of blasts or ballistic impacts.
Watch Blast Testing Videos at University ofMissouri Explosion Lab and in Iraq.
Blast mitigation coatings are used across varied environments including military and security installations, government and civic buildings, power and chemical plants, and other sensitive or at-risk sites and infrastructure. Almost any structure or surface can be protected with advanced coating technologies like polyurea, which can help absorb the impact from a blast to save lives and preserve assets.
Polyurea is highly effective for blast mitigation and countless military applications. It’s a powerful technology used in protective coatings across industries and sectors, thanks to its robust physical properties that help to resist weathering and abrasion. Polyurea is used in blast mitigation because it efficiently absorbs and dissipates the energy of a blast to reduce the load on structures, minimizing material damage and protecting human lives.
