SN10084 Silicon Nitride Rod, Si3N4 Rod Dia. 10 mm

Silicon Nitride Rod, Si3N4 Rod Dia. 10 mm Description

Silicon Nitride (Si3N4) rod with a diameter of 10 mm serves as a structural ceramic component in environments where mechanical stability is critical. The material’s composition of ≥99% purity and density of ~3.2 g/cm³ ensures dimensional control essential for interfacing with precision fixtures. Its inherent resistance to thermal shock and chemical inertness make it suitable for applications that require consistent performance under demanding conditions.

Silicon Nitride Rod, Si3N4 Rod Dia. 10 mm Applications

1.       Industrial Applications
- Used as a structural support in high-temperature processing equipment to maintain dimensional stability by leveraging its controlled density and inherent thermal shock resistance.
- Applied as a wear-resistant component in mechanical assemblies to prevent material degradation by utilising its chemical inertness.

2.       Research and Development
- Employed as a calibration standard in material testing systems to achieve repeatable measurements by leveraging its precise dimensions and high purity.
- Utilised in experimental setups for ceramic processing to ensure consistent testing outcomes by virtue of its uniform microstructure.

Silicon Nitride Rod, Si3N4 Rod Dia. 10 mm Packing

The rod is securely wrapped in anti-static foam and placed into a moisture-barrier bag to reduce contamination risks. It is then fitted in a rigid, cushioning container to mitigate mechanical impact during transport. Storage is recommended in a temperature-controlled, low-humidity area to preserve material integrity. Customised packaging options are available to address special handling and storage conditions.

Frequently Asked Questions

Q1: How are the dimensional tolerances maintained during production?
A1: The manufacturing process incorporates precision machining and in-line optical measurement techniques to ensure the rod consistently meets the specified 10 mm diameter without deviations.

Q2: What quality control measures confirm the material purity?
A2: Quality control includes X-ray diffraction and chemical analysis to verify that the rod meets the required ≥99% purity standard, ensuring minimal impurities that could affect performance.

Q3: What storage conditions are recommended for this ceramic rod?
A3: It is advisable to store the rod in a temperature-stable, low-humidity environment with proper cushioning to avoid mechanical shock and contamination, thereby maintaining its structural properties.

Additional Information

Silicon nitride ceramics are widely studied for their combination of high strength and thermal resistance. In material science, the crystalline structure and microstructural uniformity of Si3N4 contribute to its performance in high-stress and high-temperature environments. Understanding the processing parameters and control methodologies is essential for replicating consistent mechanical properties in industrial applications.

Research into silicon nitride continues to explore its potential in sectors requiring durable, high-performance ceramics. Its inherent resistance to chemical attack and high-temperature stability make it a subject of interest for both academic investigations and practical engineering implementations.