polyurea coatings

Polyurea Coating For Concrete

Polyurea coatings typically take more time and effort to install than other types due to the specialized plural component spray equipment and the preparation process required for their successful application. The Interesting Info about polyurea coatings.

Installing adhesive vinyl requires proper humidity levels and temperatures during installation, especially since this material can adhere to multiple substrates.

What is Polyurea?

Asphalt-based pitch and tar have long been used as waterproofing agents, but with modern chemistry comes an incredible waterproofing technology known as Polyurea that far outshines both. Polyurea is a thick film coating that can be used for virtually endless applications, from shaping into shapes to impact resistance; plus, its glossy finish adds depth and beauty to surfaces and makes them appear better.

Since it dries quickly and cures quickly, time spent returning to service can be significantly decreased compared to epoxy systems. Furthermore, this solution is much more cost-effective as it lasts three or five times longer than traditional coatings.

Polyureas can be applied via spraying or rolling and adhere to many substrates. They’re resistant to abrasion and impact while remaining watertight while resisting chemicals and UV radiation – plus, most formulations are virtually odorless for easy application in harsh environments.

Polyureas are popularly used to line tanks or provide other areas with protective barriers due to their chemical and abrasion resistance, fast application process, and ability to adhere to concrete surfaces. Polyureas also make great primary or secondary liners and repairs for existing lined tanks, providing waterproofing of slurry pits, reservoirs, and tunnels and protecting bridges against vibration and movement.


Polyurea can be found in numerous applications, from truck bed liners to pipe insulation. Its durability, resistance to wear and tear, and low application temperatures make it perfect for use across many shapes and surfaces – not to mention it is non-toxic and safe to work with. Plus, it cures quickly, making it an excellent coating solution in high-traffic areas.

Oil and gas industries rely on Polyurea to protect equipment from abrasion and corrosion. Polyurea can also be used for chemical tank linings and concrete primary/secondary containment liners; additionally, it’s water resistant and can even be used to line docks, canals, or ponds! Military vehicles and structures also benefit from being covered with this protective covering to avoid potential abrasion or damage.

Polyurea can be used for various industrial applications, including flooring, roofs, and bridges. Its primary use is protecting surfaces from moisture damage while acting as a sealant against building leaks. Unfortunately, however, Polyurea can become susceptible to contamination, leading to blistering in its coating if not handled carefully – when this occurs, it’s crucial that surface cleaning be carried out before applying another coat – and that drying times set by manufacturers be observed for optimal performance.


Polyurea coatings are much more resilient than any other concrete coatings, withstanding even heavy amounts of force before delaminating, surpassing industry standards by more than 500 pounds per square inch.

Polyurea coating’s durability can be attributed to its molecular structure, with its ratio of hard and soft segments creating strength and flexibility in equal measures. Furthermore, durability can be further increased using low molecular weight aliphatic chain extenders that align growing macromolecules while creating optimal hydrogen bonds for maximum durability.

An effective way to increase the durability of a polyurea coating is to apply it at a lower temperature. This will allow it to form a tighter bond with its substrate, decrease the chances of surface cracking, and allow time for proper cure and curing of the coating.

An innovative nozzle and spray system can help ensure that the coating is applied at the appropriate temperature, which will impact both gelling time and cure time. Furthermore, substrate preparation should include either sandblasting or a primer to ensure a maximum bond between coating and substrate.


Polyurea coating for concrete may cost more than other options upfront, but in the long run, it can save money on costly repairs and maintenance expenses. When estimating installation costs for Polyurea coating, several factors should be considered, including its condition as existing, the product used, surface preparation necessary, desired customizations, and time and materials requirements.

Polyurea spray coatings require expensive plural-component spray equipment that requires extensive training and experience to operate effectively. Such rigs typically range between $20,000 and $50,000 and must be used efficiently to be effective. Different varieties of polyurea are available for purchase, aromatic being the most cost-effective. Aliphatic assortments offer excellent UV radiation resistance and superior color stability for outdoor applications.

Polyurea’s versatility makes it suitable for numerous projects, from protecting wooden, concrete, and steel surfaces and structures from abrasion and corrosion to helping preserve deteriorating concrete structures and prevent further cracking. Polyurea can also be applied directly onto foam/EPS substrates to create ornamental building fascias, themed characters, and artificial rocks/pool environments for theme parks – giving Polyurea the edge in every situation it encounters.

Quality polyurea coating application requires meticulous surface preparation to avoid adhesion failure and cracking prematurely. Any major chips, pits, or cracks must be addressed and leveled before applying a polyurea coating; moisture and hardness levels must also correspond with manufacturer-recommended levels in tonsure optimal performance.

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