AS ONE Aluminum Nitride Plate SHT Series, 3-9901-02

The AS ONE Aluminum Nitride Plate AlN Series represents a specialized range of advanced ceramic products designed to harness the exceptional properties of aluminum nitride (AlN) for various cutting-edge applications. These plates are meticulously engineered to offer superior thermal, electrical, and mechanical performance, catering to industries that demand high levels of efficiency and reliability. The AlN Series Aluminum Nitride Plates are manufactured through a precise process involving sintering high-purity aluminum nitride powder at elevated temperatures. This process results in plates with dense microstructures and exceptional properties that are essential for specific applications. One prominent attribute of the AlN Series is its remarkable thermal conductivity. These plates excel in effectively dissipating heat from heat-sensitive components and electronic devices. Industries such as power electronics, LEDs, and semiconductors benefit from their ability to maintain optimal temperatures, thereby enhancing performance and extending the lifespan of components. Moreover, the electrical insulation properties of the AlN Series Aluminum Nitride Plates make them integral in applications requiring high-voltage insulation and prevention of electrical leakage. This is particularly significant in electronics and electrical systems where maintaining electrical integrity is paramount. The plates within the AlN Series exhibit a thermal expansion coefficient similar to that of silicon, making them compatible with semiconductor materials and minimizing the risk of thermal stress-induced failure. Available in various dimensions, thicknesses, and configurations, the AS ONE Aluminum Nitride Plate AlN Series offers versatility and flexibility to suit diverse engineering needs. They can be precisely machined and customized to fit specific requirements. In conclusion, the AS ONE Aluminum Nitride Plate AlN Series stands as a testament to the advanced capabilities of modern ceramic engineering. Its thermal conductivity, electrical insulation, and thermal expansion characteristics contribute significantly to the enhancement of performance, reliability, and efficiency across industries ranging from electronics to aerospace and beyond.