ZC10801 Dental Disc Zirconia Block

Dental Disc Zirconia Block Description

Dental Disc Zirconia Block is composed primarily of zirconium dioxide (ZrO₂) processed to exhibit controlled microstructure and dimensional stability. The block form enhances compatibility with CAD/CAM milling systems commonly used in dental laboratories. High-temperature sintering ensures densification and improved mechanical properties, supporting precise fabrication of dental prosthetics such as crowns and bridges.

Dental Disc Zirconia Block Characteristics

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

Dental Disc Zirconia Block Applications

Healthcare Applications
- Used as a framework in dental restorations to achieve structural integrity by leveraging its high mechanical strength, ensuring proper load distribution during mastication.

Industrial Applications
- Applied as a milling blank in CAD/CAM dental systems to secure precise machining and maintain consistent block geometry, addressing manufacturing tolerances.

Research and Development
- Serves as a test sample in materials research to study sintering behaviour and phase stability, thereby aiding in optimising processing parameters for advanced ceramics.

Dental Disc Zirconia Block Packing

The Dental Disc Zirconia Block is packaged in a hermetically sealed, foam-lined container to minimise mechanical shock and contamination during transit. Each block is wrapped in anti-static material and secured within a moisture-resistant bag. Storage is maintained under controlled temperature conditions to preserve material properties. Custom packaging options, including compartmentalisation and labelling, are available to meet specific handling requirements.

Additional Information

Zirconia-based ceramics are extensively utilised in dental applications due to their chemical inertness and high mechanical performance. The inherent characteristics of zirconium dioxide, such as high melting point and low thermal conductivity, allow it to endure the rigours of both fabrication and clinical use. These properties position zirconia as a material of interest in both restorative dental procedures and advanced materials research.

Understanding the sintering process and its impact on microstructural evolution is critical. The controlled densification achieved during manufacturing improves the wear resistance and strength of the ceramic. This makes Dental Disc Zirconia Block suitable for precision applications where consistent material behaviour is essential over repeated cycles of dental use.