Choose high-quality materials: The material of the transparent screen has an important impact on its heat treatment performance. Common transparent screen materials currently on the market include polycarbonate (PC), polymethyl methacrylate (PMMA), etc. Among them, PC material has high temperature resistance and radiation resistance, and is one of the main materials for making transparent screens; PMMA material also has good heat treatment performance, but the price is higher.

1.Adopting special treatment technology: The surface of the transparent screen adopts special treatment technology to effectively improve its temperature resistance and radiation resistance. For example, spraying nano-anti-fingerprint technology can form a nano-level anti-fingerprint coating on the transparent screen surface, which can effectively resist the erosion of fingerprints and stains; using electroplating oxidation technology, the transparent screen surface can form a layer of oxide with higher hardness. Protective film that effectively resists scratches and abrasions.

2.Design structure optimization: The structural design of the transparent screen also has an important impact on its heat treatment performance. Reasonable structural design can reduce stress concentration on the transparent screen surface, thereby improving its temperature resistance and radiation resistance. For example, using a curved design can make the screen surface softer and reduce stress concentration; using a multi-layer superposition structure can increase the strength and toughness of the screen surface and improve its impact resistance.

5. Summary

As a new type of display device, the heat treatment performance of transparent screens is one of its important features. By selecting high-quality materials, using special processing techniques, and optimizing design structures, the heat treatment performance of transparent screens can be effectively improved, thereby extending their service life and improving stability and safety. In future development, with the continuous advancement of technology and the expansion of application scenarios, transparent screens are expected to become a more popular and practical display device.