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Aluminum Nitride Ceramics is a type of high-performance ceramic material with aluminum nitride as the main component. With its perfect balance of thermal conductivity and insulation, and stable performance in high-temperature environments, it has become a key material for promoting technological upgrades in many high-end industrial fields. The most notable feature of this type of product is its excellent thermal conductivity. Its thermal conductivity is much higher than that of traditional alumina ceramics, and it can efficiently conduct and diffuse heat. At the same time, it has good electrical insulation and can work stably in harsh environments such as high temperature and high voltage. In addition, Aluminum Nitride Ceramics also has a low thermal expansion coefficient and is extremely compatible with semiconductor materials such as silicon, which makes it very popular in the field of electronic packaging. From an application perspective, Aluminum Nitride Ceramics It has a wide range of uses. In the electronics industry, it is often used to manufacture heat dissipation substrates and chip packaging shells for high-power semiconductor devices. It can effectively solve the heat dissipation problem of electronic components at work and improve the operating stability and service life of the equipment. In the aerospace field, due to its high temperature resistance and corrosion resistance, it can be used as a high temperature resistant structural part or heat exchange component. In the new energy field, it is also often used in power modules of new energy vehicles, core components of charging piles, etc., to provide guarantee for the efficient operation of the equipment; its core functions revolve around thermal conductivity, insulation, high temperature resistance and other characteristics. By optimizing heat management and providing stable physical and chemical properties, it provides material support for various industries to break through technical bottlenecks, and becomes an important cornerstone for helping high-end manufacturing to develop in a more efficient and reliable direction.
Today, as semiconductor manufacturing processes continue to move down to 3nm and 2nm, the performance limits of semiconductor equipment largely depend on the physical boundaries of the material. Under extreme working conditions such as vacuum, high temperature, strong corrosion, and high-fre
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