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Full ceramic bearings are best suited to extreme operating environments where traditional steel bearings fail. The two main ceramic materials used are Silicon Nitride (Si3N4) and Zirconia (ZrO2). Ceramic is inert, non magnetic, non conductive and capable of withstanding high temperatures up to 1,000C.
Suited for Industrial applications, Medical, Food, Robotics, Chemical industries.
Full ceramic bearings are highly recommended for vacuum environment as well as high heat and corrosive solution applications. Performance racing applications also see great benefit by using full ceramic bearings in certain components. Works well under adverse lubrication conditions.
High radiation, Lightweight, underwater applications make them more attractive to use.
Avail in ZrO2, Si3N4 ceramic materials
Available with PEEK retainer, Teflon retainer or as full complement version.
Radial Full Ceramic Series, Metric/Inch, Open/Sealed
Inch 0.125 to 1.500 inch bore dia
Metric 3 mm to 50 mm bore
Angular Contact Full Ceramic Series
Metric 8 mm to 20 mm bore dia
Self Aligning Full Ceramic Series
Metric 10 mm to 30 mm bore dia
Insert Full Ceramic Series
Check for available sizes
Contact sunil@bocabearings.com
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Conventional all steel bearings limit design potential as technology requirements roll forward at a fantastic rate. Ceramic Hybrid bearings offer a long list of characteristics far superior to that of conventional all-steel bearings.
Ceramic hybrids are a mixture of steel races and ceramics balls. The most common ceramic ball used, because of its hardness, is the Silicon Nitride (Si3N4) ball, although in certain environments either Zirconia (ZrO2) or Alumina Oxide (Al2O3) can be used. Ceramic hybrids offer higher RPMs due to the non-porous ball surface, longer life due to having a greater Rockwell hardness than steel and decreased weight as a result of being 2/3 the weight of steel. Ceramic hybrids are ideally suited to any application looking to achieve increased speed, durability and heat dissipation.
Stainless Steel Series: Stainless Steel resists corrosion in atmospheric, pure water environments as well as most acids, alkaline solutions, and chlorine environments. The easy cleaning ability of stainless makes it the first choice for strict hygiene conditions, such as dental tools, hospitals, kitchens and other food processing envoronments.
Ultra Seals Series: The Ultra Seal is a non-contact, frictionless seal that is placed beneath the metal shields. Say goodbye to dirt, dust and other contaminants without any increased drag. These bearings are maintainence free and lubed for life.
Ceramic Hybrid Series: Ceramic is the new Holy Grail! Its lighter, smoother, stiffer, harder, corrosion resistant, and electrically resistant. These fundamental characteristics allow for a wide range of performance enhancements in bearings.
sunil@bocabearings.com
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CEROBEAR ceramic bearings make it possible to apply rolling bearings in a variety of circumstances. Cerobear ceramic bearings offer new opportunities of application, especially in extreme technical domains, which have been inaccessible up till now.
The inner and outer rings of the bearings are made of high-performance ceramics such as silicon nitride or zirconium oxide. The rolling elements are also made of silicon nitride. For the production of cages and gaskets a variety of materials, such as PEEK or PI, are available.
CEROBEAR ceramic bearings set themselves apart through the following characteristics:
■ High corrosion resistance
■ Qualify for extreme temperatures
■ Qualify for dry running conditions
■ Low weight
■ Absolutely amagnetic
■ Qualify for media- and starved lubrication
■ High stiffness
■ High reliability
■ Low abrasion
■ Low operating costs
CEROBEAR ceramic bearings are manufactured in ISO- measurements or customized designs according to your needs.
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These bearings are for ultra-high temperature, low magnetization, and high surface pressure requirements, which cannot be handled even with bearings for general vacuum, clean environments or corrosive environments.
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SSIC Ceramic Bearings can be used with a standard DST permanent magnet coupling directly in the process fluid - for example in a centrifugal pump.
SSIC Ceramic Bearings are produced using new material combinations and modern manufacturing techniques such as laser technology.
The complete temperature range up to 350°C (660°F) is covered with a single bearing design.
Please note that SSIC Ceramic Bearings have no dry running properties.
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