Bearing works produces a full line of specialty ball bearings

  • Hybrid Ball Bearing
    An antifriction ball bearing constructed of steel inner and outer rings with ceramic rolling elements in place of steel.
  • Full Ceramic Ball Bearing
    An antifriction ball bearing constructed of steel inner and outer rings with ceramic rolling elements in place of steel.
  • Plastic
    Plastic ball bearings offer a corrosion resistant light weight alternative to standard steel ball bearings.
  • 304 & 630 series Stainless Steel Ball Bearings
    304 or 630 series stainless steel can be chosen for improved corrosion resistance over 440C in light load and low RPM applications.

We specialize in clean vacuum compatible Tungsten Disulfide and Moly Disulfide solid film lubricant coatings and dry lubricating retainers.

We also supply standard bearings for OEM applications in a variety of grades, ranging from premium Japanese to economical quality Chinese imports.

The importance of ball bearings in society's ever increasing dependency on mechanical operations is usually overlooked until there is a problem. When the machines stop and money is lost, something as small as a bearing can be the cause of numerous losses. Its hard to find a machine, meter, pump, motor etc. that does not need ball bearings to operate properly. Basically any moving part that rotates in some fashion will probably need ball bearings to run efficiently. Ball bearings have played an important part in mechanics as far back as the Romans and the construction of their ships.

Depending on the type of application bearings can be made in various types and sizes. From semiconductor production to high performance racing, ball bearings play a vital role. They can handle both radial and thrust loads and are commonly found in applications where the load is relatively small. Ball bearings are typically made with inner and outer races and a set of spherical balls that help transfer the load between the two rings. They come in sizes from 10mm to a few meters in diameter. The use of ball bearings as mechanical parts can increase the productivity of the application they are being utilized in as well as reduce costs by extending the life of that machine or part. Ball bearings can be made of several different materials increasing the amount of applications they can be used in. Steel is the most common material because of its strength and durability.

Ceramic bearings made of either silicon nitride or zirconium oxide offer a higher load capacity with less wear and tear, and greater running speeds. Plastics are also becoming a popular material for ball bearing production. They are the material of choice when there are lightly loaded low RPM applications requiring corrosion resistance, non-magnetic, non-metallic, or lightweight bearings.

Ball bearings play an essential and vital role in mechanical operations. Just as our ancestors layed down a row of logs to help roll a stone weighing many tons from point A to point B we rely heavily on the ability of ball bearings to carry a heavy load and keep our mechanical parts moving. The ability of ball bearings to be applicable in such uses as high speed, high temperature, corrosion resistant, non-magnetic, food grade and more speaks to its versatility. There is not a piece of rotating equipment in use today that does not or would not benefit from the use of ball bearings.