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What is the thermal insulation mechanism of ceramic membranes?
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Ceramic membrane is a general term for inorganic oxynitride materials. In the traditional sense, ceramics are composed of substances such as silicon dioxide. In the field of explosion-proof films, the ceramic materials used include indium tin oxide (ITO), titanium nitride (TiN), and others. These materials possess selective filtration capabilities for the solar spectrum, offering thermal insulation performance far superior to metals, lower reflectivity, and excellent stability. By eliminating metallic properties, they do not interfere with signal transmission.

Since the thermal insulation method of ceramic membranes is primarily based on blocking, many explosion-proof films utilizing organic IR dyes are marketed as ceramic membranes. However, these are two fundamentally different types of products. Organic IR dyes are highly susceptible to decomposition, causing their thermal insulation properties to deteriorate rapidly within a short period. In contrast, genuine ceramic membranes are theoretically permanent and unchanging, with a stability that metallic films simply cannot match.

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  Jul.25.2026    5

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