SN10083 Silicon Nitride Rod, Si3N4 Rod, Dia. 102 mm

Silicon Nitride Rod, Si3N4 Rod, Dia. 102 mm Description

Silicon Nitride Rod, Si3N4 Rod, Dia. 102 mm is a ceramic rod composed predominantly of silicon nitride (Si3N4) featuring a purity of ≥99% and a density of approximately 3.2 g/cm³. Manufactured through controlled high-temperature sintering, it develops a refined microstructure that supports mechanical performance. The rod’s dimensions can be customised to meet specific design requirements, facilitating integration into structural and wear-resistant systems.

Silicon Nitride Rod, Si3N4 Rod, Dia. 102 mm Applications

Industrial Applications
- Used as wear-resistant components in high-temperature furnaces to achieve prolonged structural integrity by leveraging its refined microstructure.
- Applied as support elements in mechanical assemblies to secure dimensional stability by utilising its sintered density.

Electronics Applications
- Employed as insulating elements in power modules to attain effective electrical isolation by leveraging its ceramic properties.
- Used as alignment guides in sensor assemblies to facilitate accurate component positioning by capitalising on its customisable dimensions.

Silicon Nitride Rod, Si3N4 Rod, Dia. 102 mm Packing

The Silicon Nitride Rod, Si3N4 Rod, Dia. 102 mm is packaged using foam-lined, anti-static containers to mitigate mechanical shocks and contamination risks during transit. It should be stored in a dry, temperature-regulated area to prevent moisture absorption. Customised packaging options, including sealed pouches and cushioned supports, are available to accommodate specific handling and storage requirements.

Frequently Asked Questions

Q1: What quality control procedures ensure the microstructural uniformity of the silicon nitride rod?
A1: The rod undergoes real-time density measurements and microstructural evaluation using scanning electron microscopy. These procedures detect inhomogeneities during the sintering process, allowing for timely adjustments and ensuring a uniform microstructure that supports its operational performance.

Q2: How does the customisable dimension specification enhance integration in structural applications?
A2: Customised dimensions allow the rod to be fabricated to precise sizes that meet specific assembly requirements. This flexibility facilitates optimal fit within mechanical systems and reduces challenges during installation in structural components.

Q3: What storage conditions are recommended to maintain the material properties of the silicon nitride rod?
A3: It is recommended to store the rod in a dry environment with controlled room temperature. Avoiding moisture and rapid temperature changes helps preserve the sintered microstructure and prevents potential degradation of its mechanical properties.

Additional Information

Silicon nitride, a ceramic material known for its resistance to thermal shock and wear, plays an essential role in various industrial sectors. Its properties are achieved through precise control during high-temperature sintering, which refines its microstructure and enhances its mechanical performance.

Advances in ceramic processing have enabled the tailoring of silicon nitride properties for specific applications. Understanding the relationship between sintering conditions and microstructural development remains key to optimising its performance in systems subject to high mechanical and thermal stress.