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■Summary ・It has high withstand voltage performance and can withstand voltages of 3kV or more (coating film thickness 35μm). -Thermal conductivity is 1.25W/mK, enabling efficient heat management. ・It has high infrared radiation and excellent heat dissipation performance, so it quickly dissipates heat. ・Provides high adhesion to various metal components, improving durability and reliability. ■Characteristics The product exhibits high durability and performance, maintaining its quality even under harsh conditions in a variety of industrial applications. Important physical properties such as product color, voltage resistance, and thermal conductivity are summarized with specific numbers. These properties can also be customized to suit your application. ■Application example ・Electronic equipment: Due to its high voltage resistance and excellent thermal conductivity, it can be used as a heat dissipation material for semiconductors and circuit boards, preventing overheating. ・Industrial motors: Due to its high adhesion and maximum operating temperature of around 250℃, it is useful for motor heat management, improving efficiency and lifespan. ・Transformers and capacitors: Used for the external coating of transformers and capacitors that require insulation to prevent deterioration due to heat. ・Automotive parts: Suitable for coating parts exposed to high temperatures, such as engines and exhaust systems, providing heat resistance and durability. ・LED lighting: By increasing the heat dissipation of LEDs, you can extend the lifespan of lighting equipment and improve energy efficiency. Aerospace equipment: Can be used to coat components that need to withstand extreme temperature changes to improve reliability in space environments. The thermal paints we offer have high thermal conductivity and have the potential to improve the efficiency and lifespan of various industrial equipment. Experiments have shown that when applied to metal surfaces, this paint effectively suppresses temperature increases compared to the unpainted state, while dissipating heat quickly. Its benefits are particularly noticeable in preventing overheating of electronic components and managing heat in industrial applications, and are expected to greatly contribute to improving energy efficiency and reducing operating costs.
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Thermal diffusivity (m2/s) ×10^-7
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Part Number
TD series insulation heat dissipation paintProduct
Heat dissipation paintHandling Company
Kawamura Research Institute Co., Ltd.| Image | Price (excluding tax) | Grid test | Maximum operating temperature | Pencil hardness | Thermal conductivity (W/mK) | Thermal diffusivity (m2/s) ×10^-7 | Tone | Withstand voltage test |
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Available upon quote | 100/100 JIS K 5400 | Around 250℃ | F JIS K 5400 | 1.25 | 7.5 Temperature wave measurement method (vertical method) | Black | 3,000V or more (measured at a film thickness of approximately 35μm) / Withstand voltage test conditions Base material: SPCC (no surface treatment) 6,100V or more (measured with a film thickness of approximately 70μm) / Current conditions: DC / Leakage current: 0.5mA |
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Response Rate
100.0%
Response Time
60.0hrs
