Professional space frame manufacturer

  Glass has emerged as a critical structural material thanks to breakthroughs in modern materials science and engineering. No longer merely a traditional fragile item, it now possesses remarkable strength, safety, and design potential. Below are the reasons glass can serve as structural components, along with some astonishing innovative applications. 1. Key Reasons Glass Becomes Structural (1) High-Strength Processing Technologies: Through tempering (thermal strengthening) and chemical strengthening, a powerful compressive stress layer forms on the glass surface, making its impact and bending strength several times higher than ordinary glass. Even when broken, it shatters into small particles with relatively blunt edges, reducing injury risk. (2) Composite Structures—Laminated Glass: This is the core of structural glass. Two or more glass layers are bonded under high temperature and pressure with tough PVB (polyvinyl butyral) or SGP (ion-exchange interlayer) film. Even if shattered...

PC resistant There are several differences between PC-resistant panels and insulating laminated glass for architectural applications. Here are some of the main differences: Material properties: The PC endurance panel is a plastic material while insulating laminated glass consists of PVB film sandwiched between two or more layers of glass. Therefore, there are differences in their physical properties, chemical properties, and mechanical properties. Light Transmission Performance: Both PC Ripstop and insulating laminated glass have high light transmission performance, but the light transmission of PC Ripstop is higher, which can reach more than 90%, while the light transmission of insulating laminated glass is generally around 80%. Therefore, in architectural design, if higher light transmission is required, PC laminate may be more suitable. Acoustic performance: Hollow laminated glass has good acoustic performance and can effectively isolate external noise, while the acoustic performan...