It significantly reduces the impact of radiant heat from the inside of the roof, resulting in a lower perceived temperature.
Installation of non-combustible certified Thermo Barrier S on the inner side of the roof in 'Slate Roof Under Construction'
Introducing the construction method "Slate Roof Under Installation" by Life Tech Co., Ltd. for factories and stores. Thermal Barrier S (non-combustible certified product) is installed with tapping screws towards the steel frame's purlins under the slate roof. The thermal barrier S on the inside reflects the radiant heat emitted from the slate, significantly reducing the impact of radiant heat. This results in a lower perceived temperature. 【Features】 ■ The thermal barrier S on the inside reflects the radiant heat emitted from the slate. ■ Significantly reduces the impact of radiant heat. ■ Has the effect of lowering the perceived temperature. ■ There is a difference in the impact of radiant heat between areas with and without thermal barrier S applied. *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Construction Method】 ■ Secure space for the aerial work platform ■ Measure the length of the roof ■ Sequentially apply Thermo Barrier S ■ Completion *For more details, please refer to the PDF document or feel free to contact us.
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Model number/Brand name
Under-slate roofing construction
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For more details, please refer to the PDF document or feel free to contact us.
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News about this product（6）
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The decisive factors for the introduction were "experiments (presentations)" and "research materials." The number of cooling fans decreased from 7 to 1, and the number of employees with health issues dropped to zero, Igeta-do Co., Ltd.
Igeta-do Co., Ltd., located in Toyota City, Aichi Prefecture, is engaged in the "manufacturing of Japanese and Western baked confections and frozen Japanese and Western confections" as well as "contract OEM production of sweets." This time, as a "heat countermeasure within the factory" for manufacturing sweets, they have introduced our "Thermo Barrier Sky." We took some time with Manager Kyonen to hear his thoughts on the effects and changes after the introduction.
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I felt the high effectiveness and immediately recommended it to acquaintances." | Ikeda Kogyo Co., Ltd., which introduced the "Thermo Barrier Sky Method.
This time, we introduced our "Thermo Barrier Sky Method" at the office of Ikeda Kogyo Co., Ltd. We conducted an interview about the background of the introduction and how the office environment has changed after the implementation.
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Introducing "Thermo Barrier" at a model factory for energy-saving measures! Suzuki Corporation's Iwata Factory has experienced improved air conditioning efficiency and noticeable enhancements in work efficiency.
Suzuki Motor Corporation, headquartered in Hamamatsu City, Shizuoka Prefecture, is a global leader in the "transportation equipment and machinery manufacturing" industry, operating in four areas: automotive, motorcycle, marine, and welfare and industrial equipment businesses. This time, as a heat countermeasure for the Iwata factory, they have introduced our "Thermo Barrier Sky Method" on the factory roof. We asked for their impressions regarding the effects and changes after the implementation.
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The working environment of the automobile parts manufacturing factory has greatly improved! The room temperature has decreased from 36 degrees to 28 degrees after the installation of the thermal barrier. This was implemented by Company S using the "Thermal Barrier Sky Method" on the factory roof.
This time, we introduced our "Thermo Barrier Sky Method" to Company S, which has a factory in Shizuoka Prefecture. We conducted an interview about the background of the introduction and how the indoor environment has changed after the implementation.
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Many customers have said, "It's cool!" This is from Shimizu Kanamono Co., Ltd., which has adopted the "Thermo Barrier Sky Method."
This time, we introduced our "Thermo Barrier Sky Method" at the store of Shimizu Hardware Co., Ltd. We conducted interviews to understand the background of the introduction and how the store has changed after the implementation, as well as the employees' impressions.
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By using thermobarriers on the roofs and walls of houses and factories, it is possible to suppress the rise in building temperature caused by the radiant heat of the summer sun and lower the perceived temperature. This makes it possible to reduce the use of air conditioning. Thermobarriers are also effective in winter. In winter, indoor temperatures tend to escape outside. Since thermobarriers reflect the radiant heat generated indoors back into the room, they help prevent a drop in indoor temperatures. Utilizing this function, thermobarriers play a very important role in achieving "cool in summer and warm in winter" easily and affordably.