What types of climatic conditions can AR Solar Coating Glass withstand?

The outer surface of AR Solar Coating Glass is treated with nanomaterials to form a high-efficiency anti-reflective coating. This coating not only improves the transmittance of the glass, but also enhances the chemical stability of the glass surface, making it resistant to the erosion of acidic substances in acid rain. In areas where acid rain occurs frequently, AR Solar Coating Glass can maintain its original optical properties and mechanical strength, and will not suffer from corrosion, discoloration or decreased transmittance due to the erosion of acid rain.

For coastal areas or environments with more salt fog, AR Solar Coating Glass also shows good resistance. The nano coating on its surface can form a dense protective film to prevent corrosive substances such as salt from corroding the glass. In an environment with high salt content, AR Solar Coating Glass can keep its surface clean and smooth, and will not affect transmittance or produce stains due to salt deposition.

In a hot and humid environment, AR Solar Coating Glass can resist the effects of high temperature and humidity on glass performance. It has been treated with high temperature tempering, so that the glass and AR coating are firmly combined and not easily delaminated or detached due to a hot and humid environment. In hot and humid areas, AR Solar Coating Glass can maintain its stable light transmittance and mechanical strength, and will not be damaged or damaged due to hot and humid environments.

In freezing environments, AR Solar Coating Glass can resist the effects of low temperatures on glass. Its surface coating has good cold resistance and will not crack or peel off due to low temperatures. At the same time, the glass itself has been tempered to enhance its impact resistance. In cold areas, AR Solar Coating Glass can maintain its integrity and light transmittance, and will not be damaged or degraded due to freezing environments.