First of all, curtain wall insulating glass must have a certain compressive strength. The compressive strength of insulating glass must not be lower than a certain value to ensure that it does not break when subjected to external forces such as wind pressure. This requirement is crucial to ensure the safety and stability of the curtain wall.
Secondly, tensile strength is also one of the important performance indicators of curtain wall insulating glass. Although glass itself is a brittle material, in curtain wall applications, insulating glass needs to withstand a certain tensile force. Therefore, its tensile strength needs to meet a certain standard to prevent breakage caused by stretching.
In addition, impact strength is an important indicator to measure the ability of curtain wall insulating glass to resist breakage when it is suddenly hit. In order to ensure that the curtain wall remains intact when it is hit by an accident, insulating glass must have a certain impact strength.
In addition to the above basic strength requirements, curtain wall insulating glass also needs to consider its long-term stability. When exposed to the outdoor environment for a long time, insulating glass needs to maintain its strength performance unchanged to resist the erosion of various natural factors.
In order to meet these strength requirements, high-quality raw materials and advanced processes are required in the production process of curtain wall insulating glass. For example, choose high-strength, high-transmittance glass sheets, and use effective sealing technology and spacer materials to ensure the overall performance and stability of insulating glass.
At the same time, curtain wall insulating glass must also strictly comply with relevant specifications and standards during installation. Correct installation methods and reliable fixing methods are also crucial to improving the strength performance of insulating glass.
The strength requirements of curtain wall insulating glass are multifaceted, involving multiple performance indicators such as compression, tension, and impact resistance. In order to meet these requirements, high-quality raw materials and advanced processes must be used, and installation must be carried out in strict compliance with relevant specifications and standards.
