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WHAT AREPOLYUREA COATINGS?

The development of polyurea coating technology stemmed from the original polyurea rim technology, which stands for reaction injection molding. This manufacturing process, commonly used for automotive parts production, first emerged in the early 1980s. Polyurea rim technology boasted rapid curing times of one to two seconds, with output rates ranging from 12 to 30 pounds per second. Prior to this advancement, efforts were made by companies, such as Texaco Chemical Company, to explore solvated polyurea systems in the 1970s. However, challenges arose when transitioning these systems to 100% solids, leading to limitations in their application. In the mid-1980s, while working in the rigid urethane foam sector at Texaco Chemical, experimentation began with transforming polyurea rim technology into a spray coating. This innovative approach was driven by the desirable properties of polyurea, such as high thermal and tensile properties, rapid curing, and setting capabilities.

Despite initial skepticism from research chemists at Texaco Chemical, who doubted the feasibility of creating a spray coating from polyurea, perseverance and determination prevailed. Through rigorous testing and equipment modifications, it was successfully demonstrated that polyurea could indeed be applied as a coating, albeit requiring specialized equipment due to its unique viscosity and curing requirements.What initially started as an attempt to coat rigid urethane foam quickly evolved into a versatile coating system. The unexpected success of polyurea coatings paved the way for applications beyond foam, opening up possibilities for its use on concrete, geotextiles, and various other substrates.

Scientifically speaking, Polyurea is a man made substance created through a reaction, between a diamine and a diisocyanate forming a bond that gives it its name. In business environments, polyurea is used as a liquid coating that quickly solidifies into a water resistant shield. It is commonly employed to safeguard surfaces against water related harm on rooftops, foundations, decks, and other constructions. Polyurea is also well suited for sealing structures such as swimming pools, water reservoirs, and retaining walls because of its resistance to water, chemicals, wear and tear and impact. To put it simply, polyurea stands out as the protective covering available, in the market that can be applied across various uses.

ALIPHATIC VS AROMATIC POLYUREA

If youve researched polyurea coatings chances are youve encountered the terms aromatic. Aliphatic and aromatic polyurea coatings differ in their chemical composition and characteristics. Aliphatic polyurea is created using isocyanates while aromatic polyurea utilizes isocyanates. One key contrast, between the two lies in their UV resistance. Aliphatic polyurea shows resilience to UV rays making it a great option for use whereas aromatic polyurea is more prone to fading and deterioration under sunlight exposure. Apart, from offering enhanced protection aliphatic polyurea boasts color retention maintains its shine and clarity over time and is less likely to yellow compared to its counterpart.

The chemical resistance of polyurea sets it apart from polyurea. Aliphatic polyurea showcases durability, against chemicals like acids, solvents and fuels whereas aromatic polyurea lacks the same level of resilience to these substances.

When it comes to their characteristics, aliphatic polyurea exhibits flexibility, smoothness and elasticity compared to the harder and more rigid nature of aromatic polyurea. This makes polyurea the option for applications requiring flexibility as a key factor, such as, in roofing or flooring systems. However the downside of opting for polyurea is its cost. Typically entailing an additional expense of at least 25 percent compared to choosing an aromatic polyurea product.

TRANSFORM YOUR SURFACES

WITH ARMORTHANE POLYUREA

FAR ABOVE OTHER PROTECTIVE COATINGS

Durable and Resistant

ArmorThane Polyurea offers superior protection for your surfaces. Our coating is far more durable and resistant to wear and tear than other protective coatings.

Fast-Drying Formula

ArmorThane Polyurea is a fast-drying formula that can be applied in a single coat, creating a strong and durable bond that wont chip or peel. Our coating resists extreme conditions such as harsh UV rays, extreme temperatures, and corrosive chemicals. Many of our coating materials will dry within a matter of a few seconds. Each product is different, so be sure to check before applying.

Safe and Non-Toxic

ArmorThane Polyurea is a safe and non-toxicprotective coatingfree of any VOCs or hazardous materials. Our coating is ideal for use in areas with dangerous chemicals and fumes. Ask us about the countless tests we have ran on our products as polyurea coating well as the numerous certifications our products have passed.