Shock-resistant, waterproof, chemical-resistant, and long-lasting! The highest class of polyurea coating material that can be applied regardless of material or location.
At Armor Linings, we implement a polyurea resin coating method that can be applied regardless of material or location. By spraying at a thickness of approximately 2 to 10 mm, it adheres to various materials such as concrete, metal, wood, steel plates, and plastic resins, allowing for a wide range of construction applications. Please feel free to contact us if you have any requests. - Ultra-fast curing - Strong physical properties - Solvent-free and catalyst-free 【Features of the Method】 ■ The mixing of Component A and Component B is controlled by a computer via a reactor, ensuring quality. ■ Being solvent-free, there is no volatilization, making it safe to work in enclosed spaces (no VOC). ■ It cures stably even in cold and low-temperature environments. ■ It hardens immediately after spraying, allowing for foot traffic within 5 minutes. ■ The coating layer forms a seamless, integrated membrane. *For more details, please download the PDF or contact us.
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**Main Polyurea Coatings** Specialized for each application, we offer a lineup of robust coatings that excel in resilience, toughness, wear resistance, impact resistance, and waterproofing. - HB-40 Hybrid - SR-40 Silver Roof - RF-40-600 Re-Force 40 - RF-50 Re-Force 50 - RF-70 Re-Force 70 - CG-70 Chemiguard (made to order) - SF-90 Steel Force (made to order) *For more details, please download the PDF or contact us.*
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Our company offers polyurea coatings that can be applied to any location and material. Described as "soft stainless steel," polyurea is a coating material that forms a "reinforced protective layer," which has been referred to by industry engineers in the United States and Germany as a "100-year coating." Particularly due to its adoption by the U.S. military, it has now evolved for various applications, and in Europe and the United States, technological development is progressing as it is considered a suitable material for "strengthening and prolonging the lifespan of aging infrastructure."
