Precision Ceramic Sleeve Product

Including advanced ceramic materials such as zirconia, alumina, silicon nitride, and aluminum nitride, precision ceramic bushings are widely acclaimed for their excellent wear resistance, corrosion resistance, and high temperature performance, extensively used in mechanical, automotive, aerospace, and other industries. Whether you need bushings for high-speed transmission systems, seals for chemical fluid transfer, or precision-machined components, we provide a variety of specifications and materials to meet your engineering needs. We are dedicated to offering customers reliable, high-performance precision ceramic bushing products.

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Wire ceramic sleeve

Zirconia Ceramic Fiber Optic Ferrule Sleeve

Zirconia (ZrO2) ceramic fiber optic ferrule sleeves protect sensitive fiber ends in connectors, ensuring precise performance and compatibility in communication equipment.
Wear-resistant and high-temperature ceramic protection tube

Alumina Ceramic Tube Sleeve

Alumina (Al2O3) ceramics are renowned for their physical, chemical, and electrical properties, making them ideal for high-temperature, corrosion-resistant, and high-strength applications. These tube sleeves serve as protective or insulating layers in electronics, shielding sensitive components, and in the chemical industry, handling corrosive substances. Their non-conductive nature also makes them perfect for electrical insulation.
High-frequency industrial ceramic ring

Alumina Ceramic Ring Sleeve

Alumina ceramic ring sleeves, known for their mechanical strength, low water absorption, and thermal stability, are preferred for high-end industrial applications. They excel in harsh environments and provide outstanding electrical insulation, making them essential in electronics, aerospace, energy, semiconductors, and chemicals. These attributes make alumina ceramic ring sleeves crucial for modern industrial advancements.
Aluminum oxide ceramic hollow tube

Alumina Ceramic Hollow Tube

Alumina Ceramic Hollow Tube, essential in high-tech and industrial sectors, offers excellent physical and chemical properties. Its high-purity alumina base and precision manufacturing ensure exceptional performance in extreme environments, from high temperatures to precise electrical insulation. Whether for structural support or electrical insulation, these tubes deliver reliable, durable performance.
Insulating industrial ceramic long tube

96% alumina ceramic tube

96% alumina ceramic tube, known as insulating industrial ceramic or high-temperature resistant precision sapphire ceramic, excels as a high-performance product in various industries. Its exceptional physical, mechanical, and thermal properties make it ideal for demanding environments like high temperature, high pressure, and high wear scenarios.
Electrically insulated zirconia ceramic corrugated tube

60mm diameter zirconia ceramic corrugated tube

A 60mm diameter zirconia ceramic corrugated tube offers exceptional heat resistance, wear resistance, and flexibility. Widely used in electronics, mechanical engineering, medical, and aerospace industries for enhanced production efficiency and reliability.
Aluminum nitride ceramic tube

Aluminum Nitride Ceramic Tube

Aluminum nitride (AlN) ceramic tubes and sleeves offer high thermal conductivity and stability in demanding environments like electronics and aerospace, ensuring reliability in industrial applications.
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.
High-temperature alumina ceramic heating protection tube

Alumina ceramic tube

Sapphire ceramic tubes and high-temperature alumina ceramic heating protection tubes are precision ceramic products known for exceptional thermal stability, corrosion resistance, high-temperature stability, and wear resistance. Widely used across fields, they support equipment performance, reliability, and stability effectively.

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