Technical Ceramic

Technical Ceramic covers functional alumina, zirconia, silicon nitride, and silicon carbide components for electronics, mechanical engineering, chemical equipment, energy systems, and medical devices. Each part is made to a technical drawing and a defined service function.
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Description

Technical Ceramic covers functional alumina, zirconia, silicon nitride, and silicon carbide components for electronics, mechanical engineering, chemical equipment, energy systems, and medical devices. Each part is made to a technical drawing and a defined service function.

 

Core Advantages

Precision for Fit-Critical Components

Dimensional accuracy is specified at ±0.005 to ±0.05 mm. Locating seats, guide interfaces, sealing positions, and other fit-critical features can be finished to the stated tolerance instead of being left at as-fired variation.

Function-Specific Performance

Material systems can be selected for wear resistance, temperature resistance, electrical insulation, or corrosion resistance. The choice depends on the main service condition at the sliding interface, hot-zone support, electrical separation point, or chemically exposed area.

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Customization

 

  • Special Formulation

Special formulations can be reviewed for defined functional or service requirements within the available technical-ceramic process range.

  • Geometry and Interface Features

Holes, slots, chamfers, stepped features, and mating geometry can be made to the released drawing.

  • Finishing Scope

Post-sintering finishing can include grinding, polishing, drilling, slotting, chamfering, and other work on specified final-size or working surfaces.

 

Specifications

 

Parameter

Specification

Material Systems

Alumina, Zirconia, Silicon Nitride, Silicon Carbide

Functional Properties

Wear-resisting, Temperature-resisting, Insulating, Corrosion-resisting (depends on material)

Dimensional Accuracy

±0.005 - ±0.05 mm

Applicable Industries

Electronics, Machinery, Chemical, Energy, Medical

Monthly Capacity

4-6 tons

Quality System

Managed per ISO standards (certification in progress)

 

Quality Control

 

Inspection starts before firing rather than at final packing. Incoming material is verified first, and forming checks identify visible defects or density-related issues before thermal processing.

After sintering, dimensions are measured and parts are screened for cracks, distortion, edge damage, and other firing defects. Performance tests are selected from the released product requirement instead of applying one fixed test list to every ceramic family.

Before shipment, finished features, appearance, quantity, and cleanliness are checked against the approved drawing, specification, or confirmed sample. Inspection results remain tied to the production batch and shipment history.

 

FAQ

 

Q: Can you provide a sample before repeat production?

A: Yes. A prototype can be produced and checked before the repeat-production specification is released.

Q: What payment terms do you use?

A: Standard orders: 30% deposit and 70% balance after acceptance. Custom-made orders: 50% deposit and 50% balance.

Q: Can an imported technical ceramic sample be reverse-engineered?

A: Yes. Imported samples can be reviewed for localization development.

Q: Do you provide engineering support for material selection or failure analysis?

A: Yes. Material comparison, life assessment, and failure-analysis support can be provided.

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