[Sky Method] ▶https://www.e-lifetech.com/factory/sky/

The reason why the shade of a corrugated roof is hot and the shade of a tree is cool, among other principles of heat, will be explained! Even though the wind passes through and the temperature remains unchanged, why is the shade of a corrugated roof hot while the shade of a tree is cool? The answer lies in "radiant heat." Radiant heat refers to electromagnetic waves such as far-infrared rays. When you have a bonfire in a drum can, your body warms up even though the wind is blowing. In this way, radiant heat moves from the hotter object (the drum can) to the cooler object (the human body), transmitting heat regardless of the air temperature. [Reasons why the shade of a corrugated roof is hot] - Temperature in summer: 70°C to 80°C - Human skin temperature: about 32°C to 33°C - Radiant heat from the corrugated roof is directed towards the human body - Even in the same shade, the perceived temperature can vary greatly due to the presence or absence of radiant heat ➙ The Sky Sheet (heat-insulating sheet) used in the Sky Method cuts 97% of the radiant heat from the sun.

A single installation can simultaneously address heat insulation and prevent rain leaks! Introducing a new method that solves the challenges of heat-reflective coatings. The "Sky Method" involves installing a sky sheet made of aluminum foil, which excels in reflecting radiant heat. It provides uniform heat insulation effects regardless of the skill level of the workers or the weather conditions during installation. Additionally, it effectively prevents rain leaks unique to corrugated roofs, allowing for both heat insulation and rain leak prevention to be achieved in one installation. 【Features of the Installation】 ■ A method that installs a sky sheet made of aluminum foil, which excels in reflecting radiant heat. ■ Provides uniform heat insulation effects regardless of the skill level of the workers or the weather conditions during installation. ■ Effectively prevents rain leaks unique to corrugated roofs. ■ Allows for both heat insulation and rain leak prevention to be achieved in one installation.

Sky Method Energy-Saving Effect The maximum temperature difference measured in the experiment was approximately 11°C. By alleviating summer heat, it can be used to save on air conditioning costs, prevent deterioration of stored products, and improve the working environment. [Effects of Implementation] ■ Savings on air conditioning costs ■ Prevention of deterioration of stored products ■ Improvement of the working environment Experiment-Proven Reliable Quality Indoor temperature measurement test by Professor Nakayama of Shizuoka University, Faculty of Engineering, comparing the presence and absence of thermal barriers. [Experimental Results] ■ Maximum energy-saving effect of approximately -11°C ■ Attic temperature decreased by "up to 9°C" ■ Temperature of warm air mass in the attic decreased by "approximately 4°C" ■ Achieved up to approximately 30% reduction in electricity costs ■ Patent obtained (Patent No. 6598337)

[Fit Construction Method] ▶https://www.e-lifetech.com/product/fit/

A non-combustible sheet made by combining glass fiber cloth with a special resin sheet and applying aluminum foil on both sides. It can be sewn to form a wide sheet like a tent, allowing it to enclose a drying oven and release heat outdoors. By encapsulating the heat generated by machines and cutting the heat emitted from the machines, it is possible to improve the working environment.

Features - Non-combustible certified sheet - Heat resistant with a thickness of 0.2mm - Can be sewn together; sheets can be connected - Expected to provide heat insulation and energy-saving effects Can be processed in various ways as accordion curtains, roll screens, magnetic curtains, and partition curtains.

Effectiveness Test of Thermo Barrier Fit Experiment conducted by Professor Akira Nakayama (specializing in thermal engineering) at Shizuoka University, Faculty of Engineering. 【Test Method】 A constant level of radiant heat flux is applied to the surface of the Thermo Barrier Fit, and the temperature rise is measured using sensors installed on the backside of the Thermo Barrier Fit. Based on the measured temperature rise data, the heat transfer index (RHTI24, RHTI24-RHTI12) and heat transfer factor (TF) are calculated to evaluate thermal conductivity. 【Test Results】 It was confirmed that the Thermo Barrier Fit can reduce radiant heat by approximately one-third at a plate temperature of 198°C. Similar results were obtained at 105°C and 145°C. By using the Thermo Barrier Fit, radiant heat can be reduced compared to direct exposure to radiant heat.