High speedceramic bearings

Ceramic bearings are often overshadowed by their steel bearing  counterparts. However, there are plenty of applications where ceramic should be the material of choice. Consider medical and semiconductor equipment as an example, where non-magnetic and non-conductive bearings are required.

Please keep reading for more information about ceramic ball bearings, the applications and industries that use them, the comparison between steel and ceramic bearings, and how BMC can change out steel ball bearings and replace them with ceramic. (if that’s what you need)!

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Contact us today or get a quote on your bearings project to learn more about BMC's services, bearing products, solutions, and repairs.

Our determination to remain specialised gives us a high level of product knowledge, providing bearing and lubrication solutions to existing or potential customers, whether individuals or large corporations. We don’t just sell bearings, we help to solve your problems. - Chris Johnson, managing director of SMB Bearings.

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At Bearings Manufacturing Company, we’re committed to providing a modified and manufactured ball and roller bearing product, focusing on supporting on-time deliveries while meeting or exceeding customers’ product expectations.

Hybrid or ceramic bearings? We’ve also dispelled some common myths about ceramic bearings and hybrid bearings. Despite common misconceptions, not all ceramic bearings are completely made of ceramic materials. When most people think of ceramic bearings, they are referring to hybrid bearings.

Advancements in industrial applications and technologies require dependable machinery to keep up with the times. Standard bearings are not as reliable in extreme conditions or unique environments.

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When considering ceramic vs. steel components, the application is key. The higher strength and hardness of the ceramic bearing will yield more extended wear and superior corrosion resistance.

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For more than 87 years, BMC has been the go-to provider of top-quality roller and ball bearings for customers globally. We quickly provide the best bearing solution for your application.

MiniatureCeramic bearings

Ceramic bearings guide FAQs: What are the advantages of ceramic bearings? Can you lubricate ceramic bearings? The differences between full ceramic and hybrid bearings? Can full ceramic bearings rust? Can full ceramic bearings shatter? Can ceramic bearings run dry? How long do ceramic bearings last?

Inside this free downloadable guide, we have collated the extensive knowledge of the SMB Bearings technical team. We have been supplying small and miniature bearings to the industry for several years, concentrating on a range of different bearing types, including full ceramic bearings and hybrid bearings.

Hybrid bearings use ceramic balls, paired with metal inner and outer rings. There are advantages to both hybrid and full ceramic ball bearings, but it’s best to speak to an expert if you’re unsure whether hybrid or ceramic bearings are right for you.

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FullCeramic bearings

Understanding the difference in the two bearing types and which is needed for specific applications is essential when trying to source suppliers.

If you're looking for ways to help your organization save money and time, then you need to check out these six bearing solutions.

Within this guide, you will find complete definitions of each ceramic material commonly used in bearings and we answer the most commonly asked questions related to ceramic bearings and their potential applications.

Space exploration applications and other aerospace industry products often rely on ceramic bearings. The lightweight bearings make them optimal for satellites.

The guide also explains the differences between the most common ceramic bearing materials — that’s Zirconia (CCZR), Silicon Nitride (CCSI) and Silicon Carbide (CCSC). While some boast excellent corrosion resistance, others are more suited to high speeds.

Bearings are designed to carry distinct load types, radial or thrust. Ball bearings are a common type of rolling-element bearing that uses balls to separate the moving parts.

In addition, ceramic bearings are comprised of ceramic rolling elements (balls) enclosed in a ferrous (typically steel) inner and outer race. They are superior to steel balls in many ways.

Ceramic bearings are built for high speeds, longer life, extreme temperatures, resistance to acid, alkali, and salt, and more.