Implement suitable "heat countermeasures" - Types and characteristics of heat.
Difference between insulation materials and heat shielding materials: conductive heat, convective heat, and radiant heat.
Measures to reduce the temperature rise in buildings during summer are urgently needed. In this situation, heat insulation materials that can replace traditional insulation are gaining attention. What exactly are these heat insulation materials? Let me explain heat insulation in an easy-to-understand manner. About the heat insulation sheet "Thermo Barrier" that reflects 97% of radiant heat "Thermo Barrier" is a special sheet that reflects radiant heat with an "aluminum foil" coating. By adding this product to insulation materials, it reflects the radiant heat from the summer sun and helps to reduce the temperature rise of insulation materials and buildings. In winter, it works to prevent the heat from heating appliances from being released outdoors, reducing cold at the feet. With the dual effects of summer and winter, it achieves ideal insulation properties and reflects heat that traditional insulation cannot stop. 【Features】 ■ Coated with "aluminum foil" to reflect radiant heat ■ Has a high reflectivity with aluminum purity of over 99% ■ Reflects 97% of radiant heat such as far-infrared rays ■ Achieves ideal insulation properties with the dual effects of summer and winter For more details, please contact us or download the catalog.
basic information
Comprehensive Catalog [Contents] ○ Causes and Solutions for Heat Issues ○ Characteristics of Thermal Barriers ○ Product Lineup ○ Heat Mitigation for Standing Seam Roofs - Sky Method ○ Heat Mitigation from Furnaces and Machinery - Fit Method ○ About Demonstration Experiments ○ Towards Achieving Carbon Neutrality ○ Construction Achievements and Customer Feedback ● For more details, please contact us or download the catalog.
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Thermal barrier
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For more details, please contact us or download the catalog.
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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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A remarkable achievement that kills three birds with one stone. The Thermo Barrier Sky method solves three issues: leaks, condensation, and heat problems all at once. An interview with Mr. Yamamura, who had it installed in his home.
This time, Mr. Yamamura, who lives in Gamagori City, Aichi Prefecture, has introduced our company's "Thermo Barrier Sky Method." We conducted an interview to discuss the background of the introduction and how the indoor environment has changed 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. Company S, which applied the "Thermal Barrier Sky Method" to 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 to discuss the background of the introduction and how the indoor environment has changed after its 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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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.