Polyurethane waterproof coatings such as "solvent-based" and "solvent-free," "water-based" and "oil-based," do you feel like you're making an uncertain choice? Behind this lies an invisible battle between environmental protection, health, and construction safety. Today, Canlon will help you clarify this crucial choice that determines the quality of your bathroom waterproofing!
Rock Protection System is a three-layer composite long-lasting waterproof protection system specially designed by Canlon for concrete roofs. Based on the design concept of layered material selection and gradient protection, it takes into account the adhesion of the base layer, the crack resistance of the structure and the weather resistance of the outdoors, and is perfectly adapted to the complex use environment of traditional concrete roofs such as sun exposure, rain, temperature difference and easy cracking of the base layer.
When you stand in a building materials market, faced with the classifications of polyurethane waterproof coatings such as "solvent-based" and "solvent-free," "water-based" and "oil-based," do you feel like you're making an uncertain choice? Behind this lies an invisible battle between environmental protection, health, and construction safety. Today, we'll help you thoroughly understand this crucial choice that determines the quality of your bathroom waterproofing!
Among the many waterproofing materials available, polyurethane waterproof coatings are becoming an increasingly popular choice due to their superior physical properties. Today, we'll discuss one of the more technologically advanced options: white, anti-sagging polyurethane. The emergence of "anti-sagging" technology is precisely to win this battle against gravity. It gives the coating a magical "thixotropic" property: during application, it is soft and smooth, easy to brush; once the brush stops, it's as if it's been "frozen," quickly solidifying and adhering firmly to the wall or slope. This ensures a uniform coating, eliminating the problem of uneven thickness caused by dripping at its source. Furthermore, uniform application reduces material waste and avoids the need for repeated brushing due to insufficient initial coat thickness.