The role of silane coupling agent in building sealants and adhesives

The role of coupling agents in building sealants

Exposure to the natural environment remains the primary headache for architects and construction workers in industrial and commercial buildings. The silane coupling agent used in structural assembly systems can protect the appearance and quality of buildings for a long time.

Whether using materials produced from organic silicon or materials coated with organic silicon surface, the final product is almost unaffected by sunlight, rain, hail, snow, heat, cold, ultraviolet radiation, and air pollution.

Due to design characteristics such as elasticity, tensile strength, hardness, and adhesion that do not undergo significant changes over time, buildings have a longer service life and require less maintenance.

In adverse weather conditions, fires, earthquakes, explosions, or illegal intrusion, structural sealants used in protective or impact resistant windows can provide more protection for residents or passing pedestrians. The coupling agent assembly system can be used for industrial laminated windows in new buildings and adhesive films for existing windows.

effect—— Reduced the possibility of broken glass fragments falling off the window frame and improved safety. Structural sealants also have excellent isolation properties.

Manufacturers typically use coupling agents to make hollow glass panels and components for building exterior walls. Glass can effectively withstand external environments such as cold winter, hot summer, ultraviolet radiation, and humidity, and has the low water absorption and high adhesion characteristics of organic silicon.