Precision Plastic Bearing Components

One-Way Clutch Cages position and guide rollers or locking elements within one-way clutch assemblies. They are used in overrunning, backstopping, indexing and similar mechanisms that transmit motion in one direction while allowing or restricting movement in the opposite direction. Selection is based on the locking-element type, shaft and housing dimensions, operating direction, cage design, material and working conditions.

Needle Roller Bearing Cages separate, position and guide needle rollers while maintaining the required spacing during operation. They are suitable for needle roller bearing arrangements where radial installation space is limited. Selection requires confirmation of the shaft diameter, needle-roller size, cage dimensions, raceway design, mounting method and operating conditions.

Ball Bearing Cages evenly separate and guide balls within the bearing raceways. They can be developed for different ball-bearing designs and are not limited to one specific bearing type. Selection is based on the bearing design, ball diameter and quantity, pitch-circle dimensions, cage geometry, material, operating speed and assembly method.

Thrust Bearing Cages position, separate and guide rolling elements in bearing arrangements designed primarily for axial loads. Cage designs can be developed for balls, needle rollers or other rolling-element configurations. Selection requires confirmation of the rolling-element type, inside and outside diameters, installation height, load direction, pocket geometry and operating conditions.

Linear Ball Bearing Retainers position and guide balls along defined paths within linear bearing assemblies. They are used in linear-guidance, reciprocating-motion and related mechanisms. Selection is based on the shaft diameter, ball size, circulation-path design, retainer length, travel distance, installation space and movement requirements.

Angular Contact Bearing Cages position, separate and guide rolling elements according to the designed contact angle. They are used in bearing arrangements that accommodate combined radial and axial loads and can be developed for different rolling-element configurations. Selection depends on the rolling-element type, contact angle, cage geometry, mounting direction, material and operating conditions.

Split Bearing Cages consist of two halves or multiple cage segments that are assembled according to the bearing design. They are suitable where a one-piece circular cage is difficult to install or where the bearing arrangement requires split assembly. Selection requires confirmation of the bearing type, rolling-element size, number of segments, joining method and available installation space.

PEEK Bearing Cages are intended for bearing applications where PEEK is specified because of project requirements relating to temperature, dimensional stability, wear or chemical exposure. They can be customized for different bearing and rolling-element designs. Selection should consider temperature, speed, load, lubricant compatibility and the suitability of the selected PEEK grade.

Polymer Bearing Bushings are installed between shafts, housings or related components to provide a sliding interface, guide movement, reduce direct metal contact or accommodate assembly space. They can be used in rotary, oscillating or linear-motion arrangements. Selection is based on dimensions, wall thickness, fit, load, movement type, material and lubrication conditions.

Bearing Spacers maintain the required distance and position between rolling elements or related bearing components. They help reduce direct contact between adjacent parts and support the intended movement of the assembly. Selection requires confirmation of the contacting components, spacing dimensions, installation position, load direction, material and operating conditions.

Clutch Release Bearing Guide Sleeves provide positioning and axial guidance for clutch release bearing assemblies. They allow the related components to move along a defined path during clutch operation. Selection is based on the guide diameter, sliding travel, fit clearance, mounting interface, material, lubrication method and operating environment.

Polyurethane Seals provide sealing and protection in bearing and mechanical assemblies. Depending on the design, they can help retain lubricant and reduce the entry of dust, moisture or other contaminants. Selection requires confirmation of the seal profile, groove dimensions, operating medium, pressure, temperature and type of motion.