پوشش SSIC برای پمپ ها استفاده می شود

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پوشش SSIC برای پمپ ها استفاده می شود

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July 19, 2025

Category Connection: بلبرینگ کشویی سرامیکی

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#بلبرینگ سرامیکی SSiC #بلبرینگ کشویی زیرکونیا #یاتاقان کاربید سیلیکون SSiC

Brief: Discover the Customized Pressureless Sintered SSIC Bushing for Pumps, designed for high-temperature industrial and automotive applications. This SiC+Graphite composite bushing offers wear resistance and self-lubrication, ensuring leak-free pump operation. Perfect for chemical, electroplating, and pharmaceutical pumps.

Related Product Features:

Dual-phase structure with 90% SiC matrix for hardness and 10% graphite for self-lubrication.
Corrosion-resistant, withstands pH 0-14 media including HCl and HF.
Survives up to 30s dry-running with stable friction coefficient (μ=0.08-0.12).
Operates in temperatures ranging from -40°C to 250°C.
Precision clearance of 0.03-0.05mm ID/shaft gap prevents fluid flashing.
Anti-rotation grooves improve coolant flow for enhanced performance.
Fail-safe design with SiC matrix providing backup support after graphite wear.
Ideal for chemical, electroplating, and pharmaceutical applications with long service life.

متداول:

What makes the SiC+Graphite composite bushing suitable for magnetic pumps?

The bushing combines high-hardness silicon carbide with self-lubricating graphite, offering both wear resistance and self-lubrication, which are essential for leak-free pump operation.
How does the bushing perform in corrosive environments?

The bushing is highly corrosion-resistant, capable of withstanding media with pH levels from 0 to 14, including harsh chemicals like HCl and HF.
What is the operating temperature range of the SSIC bushing?

The bushing operates effectively in temperatures ranging from -40°C to 250°C, making it suitable for various high-temperature industrial applications.
Can the bushing handle dry-running conditions?

Yes, the bushing can survive up to 30 seconds of dry-running with a stable friction coefficient (μ=0.08-0.12), ensuring reliable performance even in temporary dry conditions.