Stainless Steel Bearings

Stainless steel ball bearings can resist corrosion caused by moisture and other individual medium. 316 stainless which provides superior corrosion resistance when compared to conventional 440 stainless bearings. if you need more information on materials

Corrosion resistant stainless steel mounted units for applications requiring clean operating environments and frequent washdowns such as food processing, packaging, pharmaceutical production and handling. Features high quality 304 stainless steel housing

Stainless steel angular contact ball bearings have internal raceways that are effectively opposite each other, they are designed to accommodate both axial and radial loads and when used in pairs have a tremendous load bearing capacity

Stainless steel self aligning ball bearing have two rows of balls and a curved raceway in the outer ring. Therefore, the stainless steel bearing can be self-aligning and can withstand the angular error between the shaft and the bearing housing.

Stainless steel spherical bearings all incorporate the single-piece race type construction, providing excellent ball-to-race conformity and structural integrity, along with the advantages of metal-to-metal contact between bearing components.

Stainless steel thrust ball bearing is composed of 2 thrust washers and 1 cage. The thrust washer and balls are made of stainless steel material. The cage material can be stainless steel, nylon or brass

Stainless steel cam followers are designed to help solve corrosion problems. Processors of food, beverage or pharmaceutical products face the ever-present challenge of providing wholesome products. We use a food-grade lubricant in ou

Stainless Steel V-Groove Guide Wheels Bearings is made of stainless steel with good wear resistance, heat resistance, low temperature strength and high mechanical properties. Running Stainless V-Grooved Wheels on inverted angle iron

Stainless Steel Flanged bearings have a solid steel flange on the outer ring. This allows the bearing to be more easily located in a housing. The flange can also help to prevent axial movement of the bearing in the event of a thrust load on the bearing.