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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.
Category:
Heat insulation series
Hotline:
Self-induced cooling film (transmission type)
Application Cases
Widely used in the fields of electricity, communications, warehousing, steel structure plants, and transportation, suitable for the surfaces of buildings or facilities with lighting needs. It helps reduce internal temperature and energy consumption while maintaining a bright view of the building or facility.
Product Introduction
The self-induced cooling film (transmission type) has an atmospheric window emissivity 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.
Performance and Features
▲ High-efficiency thermal insulation performance: With high density, high compactness, and low residual gas characteristics, it can effectively block infrared and ultraviolet rays, reduce heat transfer, effectively lower indoor temperature, and improve comfort.
▲ Excellent ultraviolet blocking: Effectively blocks ultraviolet rays, with a UV blocking rate of over 99%, protecting indoor items from UV damage.
▲ High definition and low reflection: Light transmittance exceeds 70%, ensuring bright indoor lighting and a clear view. The low reflection characteristic reduces glare and improves visual comfort.
▲ Safety and explosion-proof performance: Using a multi-layer structure, it has strong impact resistance, improves the explosion-proof grade of the glass, avoids damage caused by shattering, and improves safety.
Product Parameters
| Test Item | Detection Method | Parameter | Unit |
| Thickness | HB/T 6672-2001 | 65-110 | μm |
| Finished Product Width | HB/T 6673-2001 | 1520 | mm |
| Finished Product Length | HB/T 6673-2001 | 30 | m |
| Ultraviolet Blocking Filter | GB/T 2680-2021 | ≥99 | % |
| Infrared Blocking Filter | GB/T 2680-2021 | ≥90 | % |
| Visible Light Transmittance | GB/T 2680-2021 | ≥70 | % |
| Radiative Cooling Power | T/ZZB 2304-2021 | ≥140 | W/m2 |
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