Heatstroke prevention for summer warehouses and factories! Radiative cooling + heat-insulating paint 'Radicool'
There are cases where the internal ceiling temperature has been reduced by about 20 degrees! Cutting-edge 'heat insulation + radiative cooling technology (high reflection + high radiation)' improves indoor high-temperature issues! CO2 reduction as well.
We would like to introduce the cooling effect of our product, "Radi-Cool." It is a high-performance coating that combines heat insulation and radiative cooling effects. By applying it to roofs and windows, it lowers indoor temperatures and perceived temperatures, contributing to reduced air conditioning costs. With the addition of the technology of "radiative cooling," which allows materials to release absorbed heat through thermal radiation, it exhibits even higher cooling effects than insulation and heat shielding materials! 【Examples】 - Automotive Manufacturer Service Center: Coated the roof → The internal temperature of the ceiling dropped to about 33°C without air conditioning running. The perceived temperature decreased, contributing to reduced air conditioning costs. - Trading Company Distribution Center: Coated the roof → A maximum temperature difference of about 20.7°C in the ceiling before (July) and after (August) coating! Improved working environment with a cool feel even in summer! - Public Transportation: Applied to outdoor units to prevent high-pressure cuts → The internal temperature of the outdoor unit decreased by 3°C compared to using a sprinkler system, allowing for noticeable effects and CO2 reduction! *For more details, please feel free to contact us.
basic information
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Model number/Brand name
Radicool
Applications/Examples of results
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Detailed information
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Performance verification by Nissan Motor Co., Ltd. When painted on the roof of the Nissan Service Center Co., Ltd. Kyushu branch, it helped reduce the temperature increase of the ceiling.
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Performance verification by Nissan Motor Co., Ltd. - Salt spray test (paint adhesion): Tests conducted according to automotive standards (Nissan internal standards) confirmed maintenance of cooling performance. - Weather resistance test (xenon irradiation): No structural changes, no changes in radiative cooling performance.
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Introduced measures for environmental improvement for customers and employees at airport facilities. The surface temperature improved to -16.5°C, and the indoor temperature improved to -6.0°C. This not only enhances the perceived temperature but also contributes to reducing air conditioning costs.
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Introduced energy-saving measures for air conditioning load at airport facilities. The surface temperature improved to -8.3°C, and the indoor temperature improved to -4.5°C. The average energy-saving rate is 30%, which not only enhances the perceived temperature but also leads to a reduction in air conditioning costs.
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Film applied to outdoor communication equipment. Energy-saving rate before and after installation is 36%!
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To prevent failures due to heat, in the solar power plant's cubicle! A difference in surface temperature of -31.6℃ was observed.
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Film and paint were applied to silos and tanks that require temperature management. The maximum temperature difference on the roof surface was 26.1°C, and the result inside the storage was 5.6°C.
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Summer energy-saving verification! Maximum energy-saving rate of 63.4% per day during air conditioning operation. Indoor temperature drops by up to 16°C when air conditioning is not in operation.
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Winter heating power consumption verification! The increase rate of heating power consumption for roofs with radiation cooling construction is 3.2% or less compared to untreated roofs. When verified throughout the year, the energy-saving rate increases.
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Line up（1）
| Model number | overview |
|---|---|
| Coating | When applied to the roof, it reduces radiant heat from the ceiling due to radiative cooling effects, resulting in a lower perceived temperature and contributing to reduced air conditioning costs. |
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News about this product（2）
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From June 1, the Ministry of Health, Labour and Welfare will mandate "heat stroke prevention measures (with penalties)!" Reduce the risk of heat stroke with the heat-shielding and radiative cooling paint "Radicool."
From June 1, the Ministry of Health, Labour and Welfare will further strengthen measures against heat stroke in the workplace, making them mandatory. In particular, companies operating in high-temperature work environments such as warehouses, factories, and construction sites will be required to implement specific measures. Our heat-insulating and radiative cooling paint "Radicool" is a highly effective product for reducing the risk of heat stroke. With its dual effect of solar reflection and thermal radiation, it can lower the surface temperature of roofs and exterior walls by more than 20°C, contributing to reduced air conditioning loads and improved working environments. ■ Target Companies - Companies with facilities in high-temperature environments such as warehouses, factories, and construction sites (metal roofs show clear effects!) - Manufacturing, infrastructure, and distribution industries that are working on labor safety and environmental measures.
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New technology! Heat-insulating + radiative cooling paint "Radicool" brochure has been published!
A new technology, the heat-insulating and radiative cooling paint "Radicool," has been published in the world's top scientific journal, "Science." "Radicool" combines traditional heat insulation effects with radiative cooling effects (i.e., heat radiation), significantly reducing the heat entering indoor spaces. It is a product that can be utilized primarily in warehouses, factories, and office buildings with metal roofs for "heat stroke prevention," "improvement of working conditions," and "CO2 reduction." We hope you take a look and find it useful.
