Zirconia Ceramics(ZrO2)

Wear-Resistant Zirconia Ceramic Sleeve and Bushing

Send your drawing, dimensions, tolerance requirements, quantity and operating conditions for an engineering review and custom quotation.

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Wear-Resistant Zirconia Ceramic Sleeve and Bushing

This custom zirconia ceramic sleeve is designed for guiding, insulating or protecting rotating and sliding components. Its cylindrical body and profiled opening can be adapted to a shaft, cable, sensor or mechanical assembly.

Typical Uses

  • Wear-resistant shaft bushings
  • Wire and cable guides
  • Pump and valve components
  • Automation and textile machinery
  • Precision instrument assemblies

Why Use Zirconia?

Zirconia provides high hardness, low wear and better toughness than many conventional ceramics. It resists corrosion and can maintain a smooth working surface in applications involving repeated sliding contact.

Custom Options

Inside diameter, outside diameter, length, slots, grooves and end profiles can be manufactured according to drawings. Grinding, lapping and polishing options can be evaluated according to fit and surface requirements.

Design Guidance

Specify mating clearances, critical diameters, concentricity relationships and load direction. Avoid excessive impact or press-fit stress during assembly. Practical wall thickness and rounded transitions can reduce stress concentration.

FAQ

Can the bore be precision finished?

Grinding, lapping or polishing may be available depending on bore size and geometry.

Can custom slots be added?

Slots and relief features can be evaluated against your drawing.

Request a Quote

Contact Chengsheng Ceramics with your sleeve or bushing drawing and quantity.

Engineering Information for Custom Wear-Resistant Zirconia Ceramic Sleeve and Bushing

For a faster manufacturability review and accurate quotation, please share the engineering requirements that define the function, quality and production volume of this component.

  • 2D drawing or 3D model with critical dimensions and datum references
  • Operating temperature, electrical, chemical, pressure and wear conditions
  • Required tolerances, flatness, roundness, surface finish and inspection criteria
  • Prototype quantity, annual demand, target delivery schedule and packaging needs

Our engineering team reviews material selection, ceramic machining allowances and inspection requirements before confirming the production route.

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