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Self-induced cooling paint is a new type of zero-energy consumption cooling material with broad application prospects and huge application potential. Self-induced cooling paint is composed of high-performance resin cooling materials, pigments and fillers, etc. The coating efficiently transfers heat to the external space through its high infrared emissivity in the atmospheric transmission window band (8μm-13μm), while minimizing heat absorption by utilizing its high reflectivity of solar radiation energy. The whole process achieves rapid cooling without any energy consumption, truly realizing zero-energy consumption cooling!
Self-induced cooling film (transmission type)
The self-induced cooling film (transmission type) has an atmospheric window radiation rate of over 90% and a cooling power of more than 100W per square meter, allowing the structure to continuously transfer heat to the low-temperature source in outer space, thus achieving internal cooling; at the same time, while ensuring the required light transmittance, it maximizes the reflection of solar energy, ensuring that the covered facilities receive less heat and enhancing the cooling effect.
Self-induced cooling film (reflective type)
Self-induced cooling film (reflective type) is a high-performance new cooling material. It utilizes radiation cooling technology to reflect the heat in sunlight and the infrared rays with specific wavelengths (8-13μm) within the atmospheric window that are not absorbed by the atmosphere, achieving zero-energy consumption and continuous cooling around the clock.
Electric fire intelligent solution
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Electric fire intelligent solution
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