With the rapid development of modern electronic technology, thermal conductive materials are increasingly used in electronic devices. As a new type of thermal conductive material, thermally conductive PVA (polyvinyl alcohol) film has received widespread attention due to its excellent thermal conductivity, good mechanical strength and processing performance. Thermally conductive PVA film has a wide range of application prospects in the field of electronic equipment due to its excellent performance.
1. LED lighting: LED lamps generate a lot of heat during operation, and thermally conductive materials are required for effective heat dissipation. Thermally conductive PVA film can be used as a heat dissipation substrate or insulating gasket for LED lamps to improve heat dissipation efficiency and service life.
2. Electronic components: Electronic components will generate heat accumulation when working, affecting performance and life. Using thermal conductive PVA film as an isolation material or heat dissipation pad between components can effectively reduce the operating temperature and improve reliability.
3. New energy vehicles: The battery packs in new energy vehicles will generate a lot of heat when working and need to be dissipated in time to ensure safe and stable operation. Adding thermal conductive PVA film between battery packs can achieve effective heat dissipation and extend battery life.
4. Communication equipment: The power amplifiers, filters and other components in communication equipment will generate a lot of heat when working and need to be dissipated to avoid equipment damage or performance degradation. Using thermal conductive PVA film to wrap or fill around these components can achieve good heat dissipation and ensure normal and stable operation of the equipment.
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