ZC11888 Zirconia Circular Angle Ceramic Needle/Pin

Zirconia Circular Angle Ceramic Needle/Pin Description

Zirconia Circular Angle Ceramic Needle/Pin is fabricated using ZrO2, a ceramic material known for its high melting point and chemical inertness. The component's circular and angular geometry caters to applications where spatial precision and structural stability are required. Its inherent electrical insulation and low thermal conductivity support its function in environments that require consistent performance under thermal cycling and mechanical stress.

Zirconia Circular Angle Ceramic Needle/Pin Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Zirconia Circular Angle Ceramic Needle/Pin Applications

Industrial Applications
- Used as a structural component in high-temperature positioning systems to maintain alignment during thermal cycling by leveraging its high melting point and chemical stability.
- Applied as an insulating element in precision machinery to mitigate electrical interference by utilising its high electrical resistivity.

Electronics Applications
- Serves as an electrical isolator in sensor assemblies to prevent short circuits by exploiting its inherent resistivity and ceramic properties.

Zirconia Circular Angle Ceramic Needle/Pin Packing

The ceramic needle/pin is packaged in static-dissipative, moisture-resistant containers with cushioning to protect against mechanical shock. An inner layer of anti-contamination film safeguards the component during transit. Storage recommendations include room temperature conditions and minimal humidity exposure. Packaging options can be customised to include labeling and compartmentalisation for specialised handling requirements.

Additional Information

Zirconia ceramics, predominantly composed of ZrO2, offer a balance of thermal stability and electrical insulation that distinguishes them in high-demand technical sectors. Their microstructure can be controlled through sintering processes to minimise defects and optimise performance. This material class is widely studied for its capacity to withstand severe thermal and mechanical environments.

Advances in ceramic processing have led to improvements in dimensional accuracy and consistency. These developments support the integration of zirconia components in industrial machinery and electronic devices, where material performance under varying environmental stresses is critical.