Low-E glass film blocks the oxidation of the coating

Low-E glass film is primarily used to improve the thermal insulation performance of glass and block the transmission of ultraviolet rays. In Low-E glass, the thin film coating is typically composed of metal oxides such as silver oxide.

To prevent oxidation of the coating, here are some common methods:

1. Protective layer: Adding a protective layer on top of the coating of Low-E glass can provide additional protection and prevent the coating from being exposed to the external environment. This protective layer is usually a transparent additional layer that helps prevent oxidation, corrosion, and scratches.
2. Sealing performance: The edge sealing of Low-E glass is crucial to prevent air, moisture, and other harmful substances from infiltrating the gaps between the coating. Low-E glass with good sealing performance can prolong the lifespan of the coating and reduce the likelihood of oxidation.
3. Environmental control: Controlling humidity and temperature is essential in the environment where Low-E glass is used and installed. High humidity and extreme temperatures may accelerate the oxidation process of the coating. Therefore, maintaining appropriate indoor humidity and temperature, along with good ventilation, can help extend the lifespan of the Low-E glass coating.
4. Maintenance and cleaning: Regular maintenance and proper cleaning are important for protecting the Low-E glass coating. Clean the glass surface using a soft cloth and mild cleaning agents, avoiding the use of acidic or corrosive substances.

It is important to note that the prevention of coating oxidation in Low-E glass protective films is an ongoing process, and the coating may gradually be affected by oxidation over time. Regular inspection and maintenance of Low-E glass can help prolong the lifespan and performance of the coating.

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