Other Industrial Bearings
Other Industrial Bearings
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Ball Bearing Series

Deep Groove Ball Bearing
Deep Groove Ball Bearing
StructureDeep raceway grooves with point contact between balls and raceways; carries radial and bidirectional axial loads in a compact design.
Key AdvantagesVery low friction, high limiting speed, low cost and high interchangeability—the most widely used bearing type.
Typical ApplicationsElectric motors, automotive hubs/gearboxes, household appliances, fans and pumps, construction machinery and general machinery.
Angular Contact Ball Bearing
Angular Contact Ball Bearing
StructureRaceways have a contact angle, carrying radial and unidirectional axial loads; usually mounted in pairs.
Key AdvantagesHigh rigidity and impact resistance for high-speed, high-precision duty under combined loads.
Typical ApplicationsPrecision machine-tool spindles, automotive differentials, gearboxes, aerospace equipment and high-performance drives.
Self-Aligning Ball Bearing
Self-Aligning Ball Bearing
StructureSpherical outer raceway allows inner-ring tilt to compensate for shaft deflection and misalignment.
Key AdvantagesExcellent self-aligning performance, shock resistance and easy mounting—ideal for long shafts with deflection.
Typical ApplicationsTextile, woodworking and agricultural machinery, conveyors, paper machines and vertical pumps.

Roller Bearing Series

Cylindrical Roller Bearing
Cylindrical Roller Bearing
StructureLine contact cylindrical rollers provide high radial capacity; separable rings suit heavy-duty service.
Key AdvantagesHigh radial rigidity, high-speed capability, easy mounting and low friction.
Typical ApplicationsMachine-tool spindles, reducers, large motors, rolling mills and lifting equipment.
Tapered Roller Bearing
Tapered Roller Bearing
StructureTruncated-cone rollers carry high radial and unidirectional axial loads; separable rings ease installation.
Key AdvantagesStrong combined-load capacity and rigidity; suitable for paired mounting.
Typical ApplicationsAutomotive hubs, differentials, construction machinery, railway axle boxes and oil drilling rigs.
Spherical Roller Bearing
Spherical Roller Bearing
StructureDouble-row spherical rollers with a spherical raceway compensate for misalignment and shaft tilt.
Key AdvantagesVery high radial capacity, shock resistance and self-aligning ability for housings with deformation.
Typical ApplicationsMining crushers, construction machinery, paper machines, continuous casting and vibrating screens.

Thrust & Needle Bearings

Thrust Ball Bearing
Thrust Ball Bearing
StructureShaft washer, housing washer and balls designed for pure axial loads in single- or double-direction types.
Key AdvantagesCompact, low friction and relatively high limiting speeds for axial-load-dominant applications.
Typical ApplicationsCrane hooks, spindle axial location, jacks, vertical pumps and precision instruments.
Thrust Roller Bearing
Thrust Roller Bearing
StructureRoller rolling elements with line contact deliver far higher axial capacity than ball bearings and resist impact.
Key AdvantagesHigh load capacity and rigidity with excellent vibration and shock resistance for heavy duty.
Typical ApplicationsHeavy machine tools, high-power gearboxes, oil drilling, metallurgy and mining equipment.
Needle Roller Bearing
Needle Roller Bearing
StructureSlender needles with a large length-to-diameter ratio keep radial section height minimal; can run without an outer ring.
Key AdvantagesOutstanding radial space efficiency with high capacity in compact designs and strong cost effectiveness.
Typical ApplicationsAutomotive gearboxes, engine piston pins, robot joints, machine-tool guideways and miniature motors.

Mounted & Spherical Plain

Mounted Bearing Unit
Mounted Bearing Unit
Integrated DesignRolling bearing integrated with a cast-iron housing, seals and grease fitting—a ready-to-install standard assembly.
Key AdvantagesEasy mounting, self-aligning compensation for misalignment, sealed and dust-proof for harsh conditions.
Typical ApplicationsBelt conveyors, agricultural machinery, mining crushers and food processing lines.
Spherical Plain Bearing
Spherical Plain Bearing
Spherical SlidingSpherical inner/outer contact allows large angular oscillation under mounting error or misalignment.
Key AdvantagesVery high impact resistance, low friction, good self-lubrication and long maintenance intervals.
Typical ApplicationsConstruction machinery hydraulic cylinders, automotive suspensions, aircraft control rods and heavy-duty linkages.
Precision Machine Spindle Bearing
Precision Machine Spindle Bearing
Ultra-Precision SetupUsually paired angular contact ball bearings with ceramic balls or silicon-nitride rollers for exceptional geometry.
Key AdvantagesNanometer-level running accuracy, ultra-high rigidity, low heat and capacity for extreme speeds and combined loads.
Typical ApplicationsCNC machining centers, precision cylindrical grinders, jig borers and optical instruments.

Special & Custom Bearings

Toroidal Roller Bearing
Toroidal Roller Bearing
Structural InnovationSingle-row roller design combines excellent self-alignment with axial displacement compensation—no extra aligning housing needed.
Key ValueVery low friction improves energy efficiency and long life cuts O&M cost; suited to paper dryer rolls, continuous casting, crushers and wind yaw systems.
Precision Track Roller Unit
Precision Track Roller Unit
FeaturesCylindrical or spherical outer surface acts directly as the rolling element against rails, cams or eccentrics—highly integrated.
Key ValueVery high radial capacity and rigidity with excellent impact resistance for cam mechanisms, guideways, sorting lines and printing presses.
Special Bearings
Special Bearings
Extreme ConditionsCeramic rolling elements, solid-lubricant coatings and non-metallic cages for vacuum, high temperature, corrosion or clean rooms.
Key ValueStable operation where conventional lubrication fails—maintenance-free and contamination-free for semiconductors, aerospace, biotech and precision instruments.

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