What is it, and how does it work?
Polyurea serves as a lasting solution for all secondary containment needs. Its unique physical characteristics make it an ideal option across multiple industries. Flexible polyurea can conform to any surface shape or size without causing any strain or cracks, making it perfect for coating shapes. It acts as a barrier against lubricants, acids, and other spill prone chemicals. Notably polyurea coatings are safe for use on food processing equipment since they are free from compounds and solvents. Moreover polyurea is highly durable against temperature fluctuations and harsh weather conditions making it an excellent choice for installations.
An additional advantage of using polyurea in secondary containment applications is its ease of installation. These coatings are applied by spraying onto surfaces eliminating the need for cutting or welding materials. This not reduces labor expenses. Also minimizes downtime significantly thanks to the quick curing time of polyurea coatings. In contrast traditional coatings like concrete require curing periods. Can be influenced by weather conditions leading to project delays.
Furthermore polyurea exhibits resistance, to abrasion and impacts.
Equipment and foot traffic pose a risk, to containment areas. Polyurea coating is specifically designed to resist such damage. Moreover polyurea coatings offer resistance against chemicals and water exposure. These coatings are known for their durability ensuring lasting functionality of the containment.
The use of polyurea coatings also benefits the environment by ensuring the containment of materials in facilities. Incorporating polyurea into containment systems helps protect the environment from pollutants. Additionally polyurea is free from any organic compounds (VOCs) or toxins that could negatively impact the environment. In case of a spill or mishap cleaning it up with polyurea poses no threat, to the environment.
