Brief: See how this offering can bring practical value to common tasks and projects. In this video, we demonstrate the high-performance silicon nitride ceramic composite base, showcasing its integrated structure and exceptional mechanical strength. You'll learn about its precise manufacturing process, high-temperature stability, and how its symmetrical mounting holes and center through-hole provide reliable support for demanding industrial applications.
Related Product Features:
Features an integrated structure combining a rectangular base and cylindrical boss for enhanced reliability.
Offers exceptional mechanical strength with flexural strength ≥800 MPa and compressive strength ≥2500 MPa.
Provides excellent heat resistance with a maximum service temperature of 1200°C and low thermal expansion.
Delivers outstanding wear resistance with hardness up to HRA 91-93 and minimal wear rate.
Utilizes lightweight design with density of 3.2 g/cm³, over 60% lighter than steel materials.
Maintains stable chemical performance with resistance to acid, alkali corrosion, and excellent oxidation resistance.
Includes precision hole design with symmetrical mounting holes and H6 grade center through-hole accuracy.
Manufactured through advanced ceramic forming and sintering processes for complex geometric shapes.
FAQs:
What are the advantages of the integrated structural design?
The integrated design eliminates assembly errors, enhances overall structural strength, and ensures long-term usage stability by forming complex structures in one piece.
How does this silicon nitride ceramic compare to alumina ceramics?
It offers higher strength, better heat resistance, lower thermal expansion coefficient, and more stable dimensional performance compared to alumina ceramics.
Are custom dimensions and structures supported for specific applications?
Yes, we support custom dimensions and structures according to customer requirements, providing personalized solutions for specialized industrial needs.
What installation precautions should be taken for optimal performance?
Use specialized fixtures to ensure even force distribution on mounting holes, employ high-temperature bolts with proper preload, and avoid rapid temperature changes within the operating range.