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Alumina Ceramic Locating Block is a precision engineering component made of high-purity alumina ceramic material. Its main characteristics include excellent hardness (usually above Mohs hardness level 9), excellent wear resistance and high temperature resistance (can withstand temperatures up to 1600°C), and excellent chemical stability and insulation. The product plays a core positioning role in the mechanical assembly process, and by providing high-precision reference surfaces and support points, it ensures that the parts maintain strict tolerances (usually at the micron level) during processing, testing or assembly, thereby improving the reliability and repeatability of the system. The inherent low thermal expansion coefficient and corrosion resistance of its material make it less likely to deform or fail in harsh environments, effectively reducing the need for maintenance.
In industrial applications, Alumina Ceramic Locating Block is widely used in semiconductor manufacturing, automotive production lines, aerospace equipment and medical instruments as a key positioning element for fixtures, molds or automation systems. Its low friction coefficient and insulation properties help minimize wear and electrical interference, and are suitable for scenarios with high-speed operation and high-precision requirements, such as wafer processing, engine assembly or surgical instrument positioning. The durability and long life of this product make it an ideal replacement for metal or plastic positioning solutions, significantly improving production efficiency and reducing overall operating costs.
