In response to the recent extreme heat! Achieve fundamental heat prevention by using a 'heat-blocking sheet' that blocks 97% of heat from the roof, preventing the interior of the building from becoming hot in the first place.
We have introduced wall-mounted fans and spot coolers, but they have not been sufficient to cope with the recent extreme heat days. Do you have such concerns? Therefore, we would like to propose a solution using "heat-blocking sheets" to fundamentally prevent the building from becoming hot in the first place. 【Features of Heat-Blocking Sheets】 - Overwhelming heat-blocking effect that blocks "97%" of radiant heat The sheets, made of 99% pure aluminum, reflect heat powerfully like a car sunshade. In actual installation cases, measurements taken with a thermal camera showed a roof temperature drop of "18.1℃," resulting in an impressive effect that changed the indoor temperature by about 10 degrees. - A fundamental approach to "preventing the building from becoming hot in the first place" Instead of blowing cool air after it gets hot, we prevent the intrusion of heat from outside by spreading sheets in the attic. This can fundamentally suppress the overall temperature rise of the space. - Interior installation & special coating for "semi-permanent" effectiveness Since it is installed on the inside of the building (attic), it is not exposed to rain and wind. Additionally, a corrosion-resistant coating is applied, preventing deterioration over time and a decrease in reflectivity, thus maintaining the heat-blocking effect semi-permanently.
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basic information
【We will solve these concerns】 - Although we have introduced fans and spot coolers, they cannot keep up with the recent abnormal heat waves... "We have implemented measures by introducing equipment, but the cooling power is insufficient against the increasingly severe heat each year, leaving the site still hot." - We want to address the heat of the entire space "from the root," rather than just "cooling parts" with equipment... "We want to prevent heat from accumulating in the 'building itself' of factories and warehouses, rather than just having a cool spot where the cold air hits." - It is challenging to struggle with countermeasures every year, so we are looking for a solution that has a "long-lasting" effect with a single installation... "We want to know about cost-effective methods that do not lose their effectiveness quickly due to aging and can maintain coolness over a long period."
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Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
Detailed information
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At a customer's site, after the construction, the roof temperature was measured with a thermography and it dropped by 18.1°C. The indoor temperature also changed by about 10 degrees, and the customer was very pleased, stating that it felt significantly cooler.
Company information
Since our establishment, we have been handling machinery and materials related to packaging in our local region of Kyushu, as our company name suggests. However, in recent years, customer needs have become diverse, with inquiries such as, "Do you handle this product?" "Can you provide this machine?" "Can you prepare this material?" "Bring me that product!" "Can you make this item?" We will continue to strive to be an attractive company as a value partner for our customers, and all of our employees will work even harder.
![[Usage Example] Heat Mitigation under Factory Warehouse Roofs <Heat Shielding>](https://image.mono.ipros.com/public/product/image/05d/2000713204/IPROS95432436219517324506.png?w=280&h=280)
![[Case Study of Heat Insulation Work in Attics] Detached House T Residence](https://image.mono.ipros.com/public/product/image/72a/2000690761/IPROS91698000492465740812.png?w=280&h=280)
![[Information] Principles of Heat Stroke (Factory and Warehouse Edition)](https://image.mono.ipros.com/public/product/image/4a5/2000595597/IPROS07856057486218669407.png?w=280&h=280)
