Place of Origin: Guangdong, China
Material:High-purity alumina ceramic, with 99.5%, 99.7% and 99.9% Al₂O₃ grades available depending on application requirements. The material can be selected according to electrical insulation, vacuum compatibility, thermal stability, plasma resistance and mechanical strength requirements.
Key Features:Excellent electrical insulation, high temperature resistance, chemical resistance, plasma resistance, low particle generation, good dimensional stability and precision-machined surface finish. These features make the parts suitable for ion beam environments, vacuum systems and precision equipment applications.
Application Industries:Used in ion implantation equipment, vacuum systems, plasma processing equipment, advanced material modification systems, research instruments and precision vacuum assemblies. It can also be applied to related vacuum ceramic components and selected semiconductor ceramic parts where high insulation and material stability are required.
Lead Time:Based on drawings, material grade, quantity, tolerance, surface finish and inspection requirements. Custom production is available for prototypes, small batches and precision ceramic parts used in ion implantation and vacuum equipment.
Alumina Ceramic Parts for Ion Implantation Equipment are used in equipment areas where insulation, vacuum stability and clean ceramic performance are important. These parts are commonly used as ceramic rings, support plates, spacers, sleeves, holders, insulating structures and other custom ceramic components inside ion beam or vacuum-related systems.
Made from high-purity alumina ceramic, these components offer stable electrical insulation, good mechanical strength, high temperature resistance and reliable dimensional performance. They are suitable for applications where metal parts may not provide enough insulation, corrosion resistance or cleanliness.
The main material is alumina ceramic, with 99.5%, 99.7% and 99.9% Al₂O₃ grades available depending on the working conditions. For most insulation and structural applications, alumina provides a good balance of performance, machinability and cost.
Material selection is usually based on the drawing, operating temperature, voltage insulation requirement, vacuum environment, surface finish and mechanical load. For parts with higher stress or more complex shapes, we can review the structure before production and suggest a suitable material grade or processing method.
These ceramic parts can be used in ion implantation equipment, vacuum systems, plasma processing equipment, research instruments, material modification equipment and precision vacuum assemblies. They are also suitable for related vacuum ceramic components where insulation, low contamination and stable ceramic performance are required.
Typical parts include ceramic insulation rings, ceramic support plates, target holder parts, beamline ceramic components, plasma shielding parts, ceramic spacers, insulating sleeves and custom-shaped alumina ceramic structures.
CERAMPRO manufactures custom alumina ceramic parts based on drawings, samples or application requirements. We support material selection, structure review, forming, precision machining, grinding, polishing and inspection for ceramic parts used in ion implantation and vacuum equipment.
For these applications, the ceramic parts are not only required to have good insulation. Surface quality, dimensional accuracy, cleanliness and material stability also need to be considered. This is why we review each part according to its real working position, rather than offering only a standard ceramic grade.
| Item | Available Options |
|---|---|
| Material | 99.5%, 99.7% or 99.9% alumina ceramic |
| Main Properties | Electrical insulation, heat resistance, chemical resistance and dimensional stability |
| Working Environment | Ion beam systems, vacuum equipment, plasma processing and precision assemblies |
| Processing Methods | CNC machining, grinding, drilling, slotting, polishing and surface finishing |
| Surface Finish | Customized according to drawings and application requirements |
| Tolerance | Confirmed according to part size, structure and inspection requirements |
| Custom Shapes | Rings, plates, sleeves, spacers, holders, supports and special-shaped ceramic parts |
| Inspection | Dimensional inspection, appearance inspection and application-based quality control |
| Material | Main Advantages | Typical Use |
|---|---|---|
| 99.5% Alumina Ceramic | Good insulation, wear resistance and cost performance | General insulating and structural ceramic parts |
| 99.9% Alumina Ceramic | Higher purity and better stability for demanding environments | Vacuum, plasma and high-reliability equipment components |
| Zirconia Ceramic | Higher toughness and better impact resistance | Parts with higher mechanical stress or impact risk |
| Aluminum Nitride Ceramic | High thermal conductivity with electrical insulation | Insulated heat-transfer and thermal management parts |
| Silicon Nitride Ceramic | High strength and good thermal shock resistance | Mechanical parts under stress or temperature cycling |
They are custom ceramic components used in ion implantation and vacuum-related systems. Typical parts include ceramic rings, plates, spacers, holders, sleeves, insulating supports and other precision ceramic structures.
Alumina ceramic is often selected because it provides good electrical insulation, high temperature resistance, chemical resistance and stable performance in vacuum or ion beam environments.
Common options include 99.5%, 99.7% and 99.9% alumina ceramic. The best grade depends on the working environment, insulation requirement, surface finish, mechanical strength and cost target.
No. They can also be used in vacuum systems, plasma processing equipment, research instruments, advanced material modification equipment and other precision equipment where insulation and ceramic stability are required.
Yes. We can manufacture custom alumina ceramic parts based on drawings, samples or technical requirements. Common shapes include rings, plates, holders, sleeves, spacers and special-shaped ceramic components.
Yes. Holes, slots, grooves, steps and other assembly features can be machined depending on the part design. The final feasibility depends on wall thickness, size, tolerance and processing requirements.
Yes. High-purity alumina ceramic can be used for selected vacuum equipment applications. For more demanding vacuum environments, material grade, surface treatment, cleaning and inspection requirements should be confirmed before production.
Yes. Grinding and polishing can be arranged when a smoother surface, better fit or lower particle risk is required. The final surface finish should be confirmed according to drawings and application conditions.
Alumina is suitable for insulation and stable structural use. Zirconia is better when toughness and impact resistance are more important. Aluminum nitride is suitable when heat dissipation and electrical insulation are both required.
Please send drawings, dimensions, material requirements, quantity, tolerance, surface finish and working conditions. For related semiconductor ceramic parts or vacuum equipment applications, our team can review the structure and recommend a suitable material and process.
