Semiconductor manufacturing equipment partsIndustry Precision Ceramic Products

Including various advanced ceramic materials such as zirconia, alumina, silicon nitride, and aluminum nitride, precision ceramic products play a crucial role in the semiconductor manufacturing equipment industry. They feature excellent characteristics such as high temperature resistance, corrosion resistance, and insulation properties. Whether you need components for wafer processing, vacuum systems, or laser etching, we offer a variety of specifications and materials in precision ceramic products. We are committed to providing customers with reliable, high-performance precision ceramic products that support technological innovation and development in the semiconductor industry.

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Drilling of zirconia ceramic disk

Perforated zirconia ceramic discs

Perforated zirconia (ZrO2) ceramic discs for installation, fluid passage, or light transmission, used in precision equipment, electronics cooling, and chemical applications.
Custom ultra-large silicon nitride ceramic sleeve

Ultra-large Silicon Nitride Ceramic Sleeves

Discover a silicon nitride ceramic sleeve with precise machining and a smooth outer surface, ensuring reliability in high-performance applications. Ideal for large-scale mechanical equipment like pumps or high-pressure systems, silicon nitride offers exceptional mechanical strength, high temperature resistance, thermal shock stability, and abrasion resistance.
Ultra-thin ceramic partition plate

Ultra-thin silicon nitride ceramic plate

Explore ultra-thin silicon nitride ceramic plates for high-temperature environments like heat exchangers and combustion chambers. Ideal for lightweight, high-strength applications in semiconductor manufacturing and other industries, their chemical stability and low thermal expansion coefficient ensure superior mechanical and thermal performance.
Ceramic silicon wafer handling fork

Alumina Ceramic Arm for Robotic Wafer Handling

The alumina ceramic arm, also called a wafer handling manipulator or silicon wafer handling fork, is essential in semiconductor equipment. Designed for the stringent demands of semiconductor manufacturing, it offers high-temperature resistance, wear resistance, chemical stability, and excellent electrical insulation, making it vital in the global semiconductor industry.
ALN ceramic flange disc

Six-hole Aluminum Nitride ceramic disc

Precision ceramic products such as ALN ceramic flange plates, six-hole ceramic discs, and electronic ceramic materials play a crucial role in sectors like electronics, telecommunications, and healthcare. They feature excellent dimensional stability, dielectric performance, thermal conductivity, and are capable of meeting various high-precision, high-frequency, and high-temperature application requirements.
Silicon nitride ceramic rod

Silicon Nitride Ceramic Rod

Silicon nitride ceramic rods, high-temperature shafts for petroleum pumps, and abrasion-resistant waterjet plungers are vital in industry. Known for heat resistance, wear resistance, and chemical stability, they are used in petrochemicals, manufacturing, and aerospace.
High-temperature silicon nitride ceramic tube

High-Temperature Silicon Nitride Ceramic Tube

High-temperature silicon nitride ceramic tubes, thermal shock protective sleeves, and precision ceramic products excel in harsh environments. Known for heat resistance, thermal shock resistance, crucial in petrochemicals, aerospace, and energy sectors.
Wear-resistant insulated LED thermal ceramic plate

Slotted silicon nitride ceramic plates

Slotted silicon nitride ceramic plates and precision porous ceramic substrates are pivotal in industrial and technological fields. Renowned for high temperature stability, chemical inertness, and mechanical strength, they drive advancements in various industries.
SVS ceramic end gripper

Alumina ceramic handling arm

Customized alumina (Al2O3) ceramic handling arms, also known as semiconductor silicon wafer handling fork arms. These arms ensure secure connections and stable handling in semiconductor manufacturing and high-precision industrial automation due to their precise shapes, wear resistance, and high-temperature stability in clean environments.