[Case Study] Easily removable insulation material for effortless energy savings!

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last updated：Sep 10, 2025

蒲田工業

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Easily removable insulation material for effortless energy saving!

At a dairy manufacturing company, in response to the government's push for energy conservation and eco-friendliness, and to address the issue of energy loss that also leads to cost reduction, we have been consulted about finding a cost-effective method for insulating areas that have been difficult to maintain temperature. Issues and Key Points: A... Heat loss from sanitary piping in outdoor equipment. B... Significant heat loss from the top of the cleaning device, which raises the room temperature. Insulation cannot be applied to these two areas, resulting in heat loss. 1. A lacks simple insulation materials suitable for outdoor use, and due to the short usage time of one day, the cost-effectiveness is low, leading to a lack of insulation. 2. B is not insulated due to the presence of alkaline steam and the need to open the top for maintenance. 3. The high temperature at the installation points requires insulation materials with heat resistance (constantly above 90°C).

Related Link - http://www.kamata.co.jp/html/solution/2009/08/new_…

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We propose a special elastomer-based independent bubble insulation material that can be easily installed by customers without hindering the attachment and detachment of piping. Points: 1. The tube type is easy to install on piping and is very flexible due to the foam material (sponge), allowing it to accommodate 90-degree elbows. 2. There is also a sheet type that can follow minor protrusions. 3. This product has independent bubbles, which provide very low air and moisture permeability compared to common fiberglass or polystyrene foam, resulting in high thermal insulation properties. 4. It has good weather resistance and is suitable for outdoor use; it is also non-combustible and produces minimal smoke during combustion. 5. The surface has a coating, providing high waterproofing and stable insulation effects without the need for an outer covering material. 6. It can be used over a wide temperature range from -57°C to 125°C. 7. It can be easily retrofitted to existing piping and can also be used as an inexpensive safety cover to prevent burns. 8. Cutting is easy, and the cut surfaces can be sealed or bonded with a special adhesive for waterproofing.