Zhongci Ceramics Manufacturer Non Magnetic Silicon Nitride Bearing Ball Sic Ceramic Beads Bearings Milling Ball for Valve

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Product Description

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Technical Overview

Model NO.
zcsiccff01
Type
Bearing Ball
Material
Ceramic
Density
3.7g/cm3
Hardness
HRC 90-95
Purity
99%
Water Absorption
0.1%
Standard Parts
Yes
Specification
0.5mm-180mm available
Capacity
10000ton/Year
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Product Description

Non Magnetic Silicon Nitride Bearing Ball SiC Ceramic Beads

High-performance ceramic solutions designed for precision bearings and milling applications. These beads offer exceptional hardness and are suitable for valve components where non-magnetic properties and chemical resistance are critical.

Ceramic Bearing Ball Performance
Silicon Nitride Milling Ball
Non Magnetic Ceramic Beads
Industrial Ceramic Ball Specification
Valve Milling Ball Applications
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Detailed Photos

Detailed Ceramic Ball View
Ceramic Beads Processing

Frequently Asked Questions

1. What are the primary advantages of Silicon Nitride (SiC) bearing balls?
Silicon Nitride balls offer high hardness (HRC 90-95), are non-magnetic, and have excellent resistance to corrosion and high temperatures compared to steel balls.
2. Can these ceramic beads be used for milling?
Yes, with a purity of 99% and a density of 3.7g/cm3, they are ideal for high-efficiency milling and grinding in chemical and pharmaceutical industries.
3. What size range do you provide for these ceramic balls?
We offer a wide range of specifications from 0.5mm up to 180mm in diameter to meet various industrial needs.
4. Are the ceramic balls resistant to water absorption?
Yes, the water absorption rate is extremely low at approximately 0.1%, ensuring stability in liquid-rich environments.
5. How long does it take to receive a sample?
Standard sample lead time is typically between 2 to 5 days depending on the specific requirements.
6. What is the production capacity for these items?
Our current production capacity is 10,000 tons per year, allowing us to handle both small batch and large-scale industrial orders efficiently.

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