As a heat-dissipating resin, it possesses extremely high flexibility along with insulation/thermal conductivity, making it possible to implement heat dissipation measures for complex-shaped heat sources.
■ The "Thermal Rubber" is a high-reliability thermal conductive resin manufactured by Satsuma Research Institute, which achieves high thermal conductivity by blending and evenly dispersing special fillers. ■ It conforms to surface irregularities, adheres closely, and quickly dissipates heat from the heating element to the heat dissipation (housing) area. It can be compressed to less than half its thickness, reducing thermal resistance. * Please refer to the photos in the catalog and application examples. ■ It absorbs stress caused by thermal expansion differences between different materials, enhancing product reliability. ■ Winner of the Grand Prize at the 10th Kagoshima Industrial Technology Awards. 【Typical Features】 1. High flexibility 2. High thermal conductivity 3. High compressibility 4. Stress absorption * For more details, please refer to the PDF materials or feel free to contact us.
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【Other Features】 ■ Water and Dust Resistance: Exhibits high water and dust resistance due to the properties of silicone resin. ■ Vibration Resistance: Protects device equipment from vibrations to maintain high flexibility in a wide range of environments. ■ Flame Retardancy: Passes UL certification and glow wire tests. ■ Insulation: The insulating type boasts high insulation levels at 10^15. *For more details, please refer to the PDF document or feel free to contact us.
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【Applications】 ■ High-brightness LED ■ Power conditioner ■ Communication modules, optical devices, etc. *For more details, please refer to the PDF document or feel free to contact us.
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With the catchphrase "Processing technology centered on adhesive processing," Karayan Co., Ltd. supplies processed products to various fields, including industrial materials, industrial supplies, and housing materials. The processing materials range widely from polymer foams such as polyurethane foam, polyethylene foam, and rubber sponge to fibrous materials like non-woven fabrics and felt, as well as inorganic materials like ALGC. We pursue the creation of high-value-added products based on the processing technologies we have accumulated so far. Additionally, in recent years, we have been promoting the development of high-performance coatings through coating methods, focusing on sound, vibration, and heat, and challenging ourselves to develop new products. We will continue to strive to gain even more trust as we move toward the future.