Contributing to SDGs with high-performance heat-insulating sheets
Contributing to various SDGs ■ Reducing heating and cooling costs through indoor temperature moderation ■ Improving the working environment by lowering surrounding temperatures ■ Reducing fuel costs by minimizing heat loss
The "high-performance heat insulation sheet" is a product that can cut almost all radiant heat due to its aluminum coating with 99% purity. This effect can significantly contribute to the SDGs. By installing it under roofs, in ceilings, and on walls of buildings, the indoor temperature decreases, reducing the air conditioning operating rate, leading to energy-saving effects and also serving as a measure against heatstroke. In winter, its insulation effect prevents heating from escaping outside, resulting in energy savings. When applied to high-temperature equipment such as drying ovens and firing furnaces in factories, the surface temperature of the equipment decreases, alleviating the surrounding temperature and improving the working environment. Furthermore, it significantly reduces heat loss from the equipment, lowering fuel costs and increasing productivity. By covering control panels, devices, and piping located outdoors or near high-temperature equipment, it prevents failures and damage caused by heat. Thanks to its special surface treatment, it is resistant to corrosion from acids and alkalis as well as electrolytic corrosion, allowing for use for over 10 years (SP-PRO, SP-Air, SP-PED).
basic information
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Price range
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Model number/Brand name
High-performance heat insulation sheet
Applications/Examples of results
【Installation Examples】 ■ Installation on roofs, ceilings, and walls of buildings Reduces indoor temperature and addresses heatstroke prevention (improving working conditions) Lowers air conditioning load, resulting in energy-saving effects ■ Direct installation in high-temperature facilities within factories Cuts radiant heat from inside equipment Lowers surrounding temperature, improving heat stress measures for workers (improving working conditions), and preventing equipment deterioration and malfunctions Reduces internal heat loss, leading to fuel cost savings Protects control panels and other equipment in the vicinity ■ Installation on outdoor distribution boards and control panels Mitigates temperature rise inside panels exposed to direct sunlight in summer, preventing equipment deterioration and malfunctions ■ Air conditioning outdoor units Increases capacity in summer and prevents tripping Lowers air conditioning load, resulting in energy savings ■ Inside the tent of a plant factory Lowers temperature inside the tent, increasing air conditioning operating rate Energy-saving effects ■ Temperature control for chemical storage and precision processing equipment Makes it less susceptible to temperature changes in summer and winter, stabilizing quality ■ Cold water refrigeration equipment and water tanks Particularly prevents heat intrusion in summer. ■ Our company's case studies https://www.tsp-kk.com/%E7%B4%8D%E5%85%A5%E4%BA%8B%E4%BE%8B3/
