Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we showcase the Black Stepped Silicon Carbide Ceramic Sleeve, demonstrating its unique dual-layer stepped design and mirror-finish surface achieved through precision grinding. You'll see how this component maintains extreme concentricity and learn about its exceptional performance in high-speed, high-pressure applications.
Related Product Features:
Features a unique double-layer stepped design with a mirror-finish surface for excellent mechanical sealing and guiding accuracy.
Made from reaction-bonded silicon carbide with exceptional wear resistance, hardness up to HRA 92-94.
Maintains stable performance in high-temperature environments up to 1380°C with excellent temperature resistance.
Offers ultra-high mechanical strength with compressive strength ≥2000 MPa and flexural strength ≥380 MPa.
Provides low friction coefficient ≤0.15 with self-lubricating properties for smooth operation.
Exhibits outstanding chemical stability, resistant to acid and alkali corrosion with excellent oxidation resistance.
Achieves balanced physical properties ideal for high-speed and high-pressure operating conditions.
Manufactured through precision processes including isostatic pressing, reaction sintering, and grinding.
FAQs:
What is the main function of the stepped design?
The stepped design achieves axial positioning, disperses stress concentration, facilitates installation and fixation, and improves overall structural stability.
What are the advantages compared to silicon nitride ceramics?
This silicon carbide sleeve offers higher thermal conductivity, better wear resistance, and is more cost-effective than silicon nitride ceramics.
Can it be used in strong alkaline environments?
Silicon carbide has some corrosion susceptibility in strong alkaline environments; it is recommended for use in environments with pH <10.
What is the maximum service temperature for this ceramic sleeve?
The Black Stepped Silicon Carbide Ceramic Sleeve maintains stable performance in high-temperature environments up to 1380°C.