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High-Temperature Resistant Precision Alumina Ceramic Structural Components
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. It is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined.
Made from high-purity alumina powder, processed by cold isostatic pressing, high temperature sintering and precision finishing, it could reach the dimension tolerance to ±0.001 mm, surface finish Ra 0.1, temperature resistance 400℃~800℃.
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High Quality and High-Purity Ceramic Parts Precision Ceramics
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. It is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined.
Made from high-purity alumina powder, processed by cold isostatic pressing, high temperature sintering and precision finishing, it could reach the dimension tolerance to ±0.001 mm, surface finish Ra 0.1, temperature resistance 400℃~800℃.
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High Precision and Complex Ceramics for Alumina Ceramic Structural Components
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. It is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined.
Made from high-purity alumina powder, processed by cold isostatic pressing, high temperature sintering and precision finishing, it could reach the dimension tolerance to ±0.001 mm, surface finish Ra 0.1, temperature resistance 400℃~800℃.
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Alumina Ceramic Mechanical Structural Parts
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. Be made of high-purity ceramic powder, the ceramic parts is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined. It is widely used in semiconductor equipment, optical communication, laser, medical equipment, petroleum, metallurgy, electronics industries with its features like high temperature resistance, corrosion resistance, abrasion resistance and insulation
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Customized High-Precision Alumina Ceramics Structural Parts
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. It is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined.
Made from high-purity alumina powder, processed by cold isostatic pressing, high temperature sintering and precision finishing, it could reach the dimension tolerance to ±0.001 mm, surface finish Ra 0.1, temperature resistance 400℃~800℃.
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ST.CERA Precision Ceramic Components of Various Shapes
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. It is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined.
Made from high-purity alumina powder, processed by cold isostatic pressing, high temperature sintering and precision finishing, it could reach the dimension tolerance to ±0.001 mm, surface finish Ra 0.1, temperature resistance 400℃~800℃.
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High Pressure and Wear-Resistant Alumina Ceramic Balls
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. It is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined.
Made from high-purity alumina powder, processed by cold isostatic pressing, high temperature sintering and precision finishing, it could reach the dimension tolerance to ±0.001 mm, surface finish Ra 0.1, temperature resistance 400℃~800℃.
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ST.CERA Customized Precision Ceramic Structrual Parts
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. Be made of high-purity ceramic powder, the ceramic parts is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined. It is widely used in semiconductor equipment, optical communication, laser, medical equipment, petroleum, metallurgy, electronics industries.
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Customized Support for Wear-Resistant of STC Alumina Ceramic Fasteners
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. Be made of high-purity ceramic powder, the ceramic parts is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined. It is widely used in semiconductor equipment, optical communication, laser, medical equipment, petroleum, metallurgy, electronics industries
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ST.CERA Ceramic Alumina Structural Components with Multiple Specifications
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. Be made of high-purity ceramic powder, the ceramic parts is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined. It is widely used in semiconductor equipment, optical communication, laser, medical equipment, petroleum, metallurgy, electronics industries
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STCER Alumina Ceramic Precision Ceramic Parts
Ceramic structural parts is a general term of various complicated shapes of ceramic parts. Be made of high-purity ceramic powder, the ceramic parts is formed by dry pressing or cold isostatic pressing, and sintered under high temperature, then precision machined. It is widely used in semiconductor equipment, optical communication, laser, medical equipment, petroleum, metallurgy, electronics industries
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High Precision Ceramic Semiconductor Equipment Components
Formed by cold isostatic pressing and sintered under high temperature, then precision machined and polished, the ceramic spare parts can meet any strict requirements of semiconductor equipment with its features of wear resistance, corrosion resistance, low thermal expansion, and insulation. Ceramics can work in many kinds of semiconductor production equipment with condition of high temperature, vacuum or corrosive gas for a long time.
Made from high-purity alumina powder, processed by cold isostatic pressing, high temperature sintering and precision finishing, it could reach the dimension tolerance to ±0.001 mm, surface finish Ra 0.1, temperature resistance 1600℃.
