High Temperature Resistant Full Ceramic Bearing

High-Temperature Resistant Waterproof Deep Groove Ball Bearings PTFE Seals ZrO2 Ceramic Bearing

Full Ceramic Bearing

Ceramic bearings have excellent performance with their special electrical and magnetism resistance, wear and corrosion resistance, maintenance free lubrication, high and low temperature resistance etc. So they are suitable to be used in tough environments and special conditions.

Our full ceramic ball bearings can be supplied with rings and balls made from zirconia (ZrO2) or silicon nitride (Si3N4). They are available as full complement (no cage) or with a cage made from PEEK or PTFE. Full ceramic bearings are for medium load and medium speed applications. It is not possible to achieve the inner and outer ring roundness that is found with precision steel bearings so full ceramic bearings have lower speed ratings.

They also have lower load ratings than steel bearings. Ceramic materials are much harder than steel but this also means they are more brittle, particularly silicon nitride. This reduces their load ratings.

One benefit of full ceramic bearings is that they are highly corrosion resistant to seawater and most chemicals, including acids and alkalis. They are found in the chemical industry, food and beverage industry, marine applications, chlorine systems, film processing equipment and fuel handling equipment to name just a few areas of use. Full ceramic bearings have excellent low temperature performance which is why they can be found in cryogenic applications. They can also withstand extremely high temperatures so they are often used in furnace applications. As they are non-magnetic, they are suitable for motors used in MRI scanners, magnetometers, semi-conductor manufacturing equipment or any application in which the bearings may be exposed to a strong magnetic field. These bearings are also non-conductive.

Material Types:

1.Silicon Nitride (Si₃N₄): The gold standard for ceramic elements. It offers higher fracture toughness, extreme hardness, and superior fatigue resistance.
2.Zirconia (ZrO₂): Often tougher and more resilient to shock loads, with thermal expansion properties more closely resembling steel.
3.Silicon Carbide (SiC): Used for incredibly high-temperature and highly corrosive industrial applications.

Characters:

EXTREME HIGH TEMPERATURE CAPABILITY
When temperatures exceed 572 Deg. F. (300 Deg. C) standard 440C stainless steel and 52100 chrome steel materials begin to lose their mechanical properties. Full ceramic bearings have the advantage of extreme high temperature capability up to 1800 Deg. F.

LIGHT WEIGHT
Full ceramic bearings are light weight. In applications implementing many bearing units or utilizing larger sizes this can help reduce the total weight of the overall product. Reducing weight can reduce effects such as vibration and stress caused by out of balance applications. Weight reduction in rotating assemblies can increase speed capability and efficiency.

NON-MAGNETIC
Full ceramic bearings are non-magnetic and will not cause interference in applications where there is strong magnetic field exposure such as electron beam processes.

EXTREME CORROSION RESISTANCE
Full ceramic bearings are highly corrosion resistant and will stand up to most common acids, they will not corrode in exposure to water or salt water.

ISOLATING & NON-CONDUCTIVE
Full ceramic bearings are electrically non-conductive and thermal insulating.

Application

Semiconductor manufacturing

Medical equipment

Corrosive environments

High-temperature environments

Norceramic New Materials supplies high-performance ceramic materials and precision components for research, prototyping, and industrial production. Our products includes pyrolytic and hot-pressed boron nitride, silicon carbide, alumina, zirconia, and other specialized ceramics, with standard products and custom solutions available for demanding applications.

With a deep understanding of material behavior in ceramic parts, Norceramic specializes in high-performance ceramics including Alumina, Zirconia, and ZTA, and more to deliver components that meet the most stringent mechanical and thermal requirements.

At Norceramic, we specialize in providing high-precision custom ceramic parts for the medical, electronics, optics, and semiconductor sectors. Through DFM optimization and full-process quality control, we ensure micron-level dimensional consistency for complex geometries during mass production.

From R&D prototypes to full-scale production, Norceramic New Materials delivers high-purity alumina, boron nitride, silicon carbide, and aluminum nitride ceramics tailored to your exact specifications. We work closely with trusted, ISO-certified manufacturers to ensure every batch meets rigorous quality standards—so you can focus on your application. Whether you need custom shapes, small quantities for research, or high-volume production for industrial use, Norceramic provides the technical expertise and supply chain reliability you expect.

Our mission is to support innovation by providing high-quality ceramic materials and solutions. We are committed to helping our customers drive innovation and achieve operational excellence. With a focus on both cutting-edge technology and traditional craftsmanship, Norceramic ensures that every ceramic product we deliver offers optimal performance, quality, and consistency.