SG-900 Silicone Weatherproof Sealant for Curtain Walls - Durable Protection from China Suppliers & Factory
Core Advantages of SG-900
Using an advanced formula, it resists erosion from extreme weather conditions such as UV rays, rain, high temperatures, and freezing cold, maintaining long-term elasticity without cracking or discoloration, ensuring the curtain wall remains beautiful for years.
It forms a tight bond with curtain wall materials like glass, metal, and stone, creating a dense waterproof layer that effectively prevents rainwater infiltration, keeping the building interior dry and safe.
It adapts to the expansion and contraction of curtain walls caused by temperature changes and wind pressure, avoiding sealant cracking and ensuring long-lasting and stable sealing effects.
Compliant with international environmental standards, it is non-toxic and harmless, making it safe and suitable for high-standard construction projects.
Applications
Sealing joints of glass curtain walls, metal curtain walls, and stone curtain walls
Bonding and sealing between curtain walls and building structures
Other architectural sealing scenarios requiring high weather resistance and elasticity
Product Display
SG-900 is a professional-grade silicone weatherproof sealant specifically designed for sealing and bonding curtain walls, including glass, metal, and stone structures.
SG-900 features superior weather resistance. It effectively resists UV rays, heavy rain, freezing temperatures, and high heat without cracking, fading, or losing elasticity.
Yes, it has high elasticity and displacement resistance, allowing it to adapt to expansion and contraction caused by wind pressure and temperature shifts without tearing.
It forms a highly dense, waterproof bond with common building materials such as glass, metal, and stone curtain walls, as well as general building structures.
Absolutely. SG-900 is non-toxic, safe to handle, and compliant with international environmental standards, making it ideal for high-standard sustainable construction.
