By lowering the thermal conductivity of the film, we improve its insulation properties.
Thermal spraying is a surface modification technique that involves melting and spraying materials such as metals, ceramics, and cermets using various heat sources to form a functional coating on the substrate surface. Compared to forged materials, thermal spray coatings have pores, which reduce thermal conductivity. By lowering the thermal conductivity of the coating, insulation properties can be improved. Conversely, by increasing thermal conductivity, heat dissipation and uniformity of heat can also be enhanced. 【Features】 ○ Thermal spray coatings have pores compared to forged materials, resulting in reduced thermal conductivity. ○ Lowering the thermal conductivity of the coating improves insulation properties. ○ Increasing thermal conductivity enhances heat dissipation and uniformity of heat. For more details, please contact us.
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Thermal conductivity of various materials [Thermal conductivity (cal/cm·sec·°C)] ○ Copper: 0.3 ○ Aluminum: 0.19 ○ Steel: 0.08 ○ Alumina: 0.0065–0.0069 ○ Zirconia: 0.0024–0.0028 ○ Titania: 0.02 ○ Chromia: 0.01 ● For more details, please contact us.
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Shinko Metallicon Co., Ltd. is a specialized manufacturer of "thermal spraying," and since its founding in 1933 in Kyoto, we have been dedicated solely to thermal spraying. We take pride in having the longest history in the thermal spraying industry in Japan and consider ourselves pioneers in this field. We aim to continue improving our technology and services, and as one united team, we wish to support the manufacturing industry and a bright future for this country.