Thin Walled Babbitt Bearings

Thin Walled Babbitt Bearings Manufacturer for Industrial Rotating Equipment

Wenzhou Zhengbang Bearing Co., Ltd. manufactures thin walled Babbitt bearings for compressors, pumps, turbines, generators, gearboxes and other rotating equipment. Standard and custom bearings are available with tin-based or lead-based Babbitt linings, steel, bronze or cast iron backings, and dimensional configurations based on drawings, samples and operating requirements.

Compressor Shaft Bearing Bush
The compressor shaft bearing bush is a precision-machined bearing component used to support the compressor shaft and maintain the required running clearance between mating surfaces.
read more
Pump Shaft Bearing Bush
Pump Shaft Bearing Bush is a radial sliding bearing designed for industrial pump shafts. It provides shaft support for new equipment and replacement applications, with Babbitt-lined and other...
read more
Turbine Shafe Bearings
Turbine Shaft Bearings support rotating shafts in steam, gas and hydro turbines. Their Babbitt-lined journal surfaces work with the shaft and lubricating oil to support hydrodynamic film formation...
read more

Thin Walled Babbitt Bearing Types

Cylindrical Bearings
Cylindrical bearing bushes provide radial shaft support through a hydrodynamic oil film. Bore, length, clearance and lubrication features can be specified according to the equipment design.

Flanged Bearings
Flanged bearings provide radial shaft support with an integral flange for axial positioning or locating within the bearing housing.

Thrust Bearings and Pads

Thrust bearings and pads support axial loads and control rotor position. Pad geometry, Babbitt alloy and dimensions are selected according to load, speed, lubrication and rotor requirements.

Split and Half Bearings

Split or half bearings are assembled around the shaft and can be supplied as matched bearing sections. Dimensional matching is important for direct replacement applications.

Customized Bearings

Custom thin walled Babbitt bearings can be manufactured from engineering drawings, CAD files, legacy drawings or worn bearing samples. Bore, OD, length, wall dimensions, oil grooves, key dimensions and clearance can be specified according to the equipment configuration.

Dimensions & Technical Specifications

Bearing Size	Bearing OD (mm)	Bearing ID (mm)	Pad Thickness (mm)	Housing OD (mm)	Bearing Height (mm)	Key Length (mm)	Bearing Area (mm²)
6 inch	152.4	82.6	19	162	52.3	16.8	11,850
8 inch	203.2	109.5	25.4	212.7	68.3	23.9	21,068
9 inch	228.1	124	28.6	238.1	76.2	23.9	26,664
10.5 inch	266.7	144.5	31.8	279.4	85.9	28.5	36,293
12 inch	304.8	165.1	35	317.5	95.3	30.2	47,403

Babbitt Lining Thickness
The Babbitt lining is precision-machined to approximately 2–5 mm according to the bearing design and required clearance. Other lining thicknesses can be considered for specific applications.

Dimensional Configuration
Custom bearings can be manufactured with specified ID, OD, length, wall dimensions, key dimensions, oil grooves and running clearance based on equipment drawings or existing components.

Babbitt Alloys & Backing Materials

Tin-Based Babbitt
Tin-based Babbitt alloys are available for bearing designs requiring a tin-based white metal lining. Alloy selection is matched to load, speed, temperature and lubrication conditions.

Lead-Based Babbitt
Lead-based Babbitt alloys can be specified where the equipment design calls for a lead-based white metal lining and the applicable material requirements permit its use.

Carbon Steel Backing
Carbon steel backings such as AISI 1020 and AISI 1045 provide the structural support for the Babbitt lining in a range of bearing constructions.

Bronze Backing
Bronze backings such as C93200 and CuSn12 can be specified where the bearing design calls for a bronze substrate.

Cast Iron and Ductile Iron Backing
Cast iron and ductile iron backings can be supplied according to the bearing structure, housing arrangement and material requirements.

Thin Walled Babbitt Bearing Selection Guide

Selection Item	What to Confirm	Procurement Information to Provide
Bearing Type	Radial, flanged, thrust, split or other construction	Drawing, equipment model or existing part
Bearing Dimensions	ID, OD, length, wall dimensions and housing dimensions	Dimensional drawing or measured sample
Babbitt Alloy	Tin-based or lead-based alloy and required grade	Material standard, alloy grade or previous specification
Backing Material	Steel, bronze, cast iron or ductile iron	Required substrate or original specification
Operating Conditions	Load, speed, temperature and lubrication	Equipment operating data and lubrication method
Running Clearance	Required shaft-to-bearing clearance	Original clearance or OEM drawing
Oil Groove Design	Position, width, depth and configuration	Existing drawing or bearing sample
Replacement Basis	Direct replacement or reverse engineering	Worn bearing, sample, drawing or legacy part number

Custom Manufacturing & Replacement

Drawing-Based Manufacturing

Bearings can be manufactured from DWG, STEP, PDF and other drawings, with dimensions, materials, clearances and oil grooves confirmed before production.

Sample-Based Replacement

Worn bearings can be measured and reproduced when original drawings are unavailable, subject to technical evaluation.

Legacy Equipment Replacement

Replacement bearings can be developed for discontinued equipment using drawings, samples, part numbers or dimensional records.

Material Customization

Babbitt alloys, backing materials and inspection requirements can be specified according to project requirements.

Applications & Industries

01/

Compressors
Thin walled Babbitt bearings are used in centrifugal compressors and other rotating compressor assemblies for shaft support and controlled running clearance.

02/

Turbines
Steam turbines, gas turbines and other turbine assemblies use sliding bearings to support shafts and control rotor position.

03/

Pumps
Pump shaft bearings provide radial support between the rotating shaft and bearing housing in industrial pumping equipment.

04/

Generators and Motors
Babbitt-lined sliding bearings can be used in large generators, motors and other rotating electrical machinery.

05/

Gearboxes and Marine Equipment
Babbitt bearing bushes can be supplied for high-speed gearboxes, marine propulsion systems and other rotating equipment.

06/

Industrial Sectors
Typical applications include power generation, oil and gas, heavy industry and marine equipment.

Manufacturing Process

Babbitt Casting

Babbitt alloy is cast onto the specified backing material using centrifugal casting or static pouring according to the bearing construction.

Bonding Control

The Babbitt-to-backing interface is inspected to identify bonding discontinuities and other internal defects before machining.

CNC Boring

After casting and bonding, the bearing bore is machined to the specified dimensional requirements and running geometry.

Finish Machining

The Babbitt surface, oil grooves, key dimensions and other critical features are finished according to the approved drawing.

Final Dimensional Control

Critical dimensions are checked before shipment, with dimensional records and inspection documentation available according to project requirements.

Quality Control & Certifications

Babbitt-to-Backing Bond Inspection
Ultrasonic testing is used to inspect the Babbitt-to-backing interface and identify internal discontinuities that may affect bond integrity.

Chemical Composition Verification
Spectrometric analysis can be used to verify the chemical composition of the Babbitt alloy against the specified material requirements.

Dimensional Inspection
CMM and dimensional inspection equipment are used to check critical bearing dimensions, including bore geometry and other specified features.

Inspection Documentation
Material certificates, dimensional records and inspection sheets can be supplied according to the project documentation requirements.

Quality Management
Manufacturing is operated under an ISO 9001:2015 registered quality management system.

FAQ

Q: What information is required for a quotation?

A: Provide the bearing drawing or available reference details, quantity, material requirements and applicable inspection standards. Operating conditions are also helpful for technical evaluation.

Q: What is the typical lead time?

A: The typical lead time is 4–6 weeks, depending on material availability, casting, machining, order quantity and drawing approval.

Q: Is there an MOQ for custom bearings?

A: MOQ depends on bearing dimensions, materials and manufacturing requirements. Low-volume replacement orders can be discussed individually.

Q: Can you replace bearings for worn or discontinued equipment?

A: Yes. Replacement bearings can be developed from existing drawings, worn samples, part numbers or dimensional records, subject to technical evaluation.

Q: Can you manufacture to ASTM, ISO or DIN material requirements?

A: Material requirements can be reviewed against the applicable ASTM, ISO, DIN or project-specific specifications. Confirm the required standard and grade when requesting a quotation.

Q: Can inspection documents be supplied with the shipment?

A: Agreed documents may include material certificates, dimensional inspection records and other specified quality reports. Requirements should be confirmed before ordering.

Q: How are finished Babbitt bearings packaged for export?

A: Bearings are protected against impact, contamination and surface damage. Export packing and marking requirements can be confirmed according to the shipment and project specifications.

We are one of the most professional thin walled babbitt bearings manufacturers and suppliers in China. With abundant experience, we warmly welcome you to buy customized thin walled babbitt bearings at competitive price from our factory. If you have any enquiry about free sample, please feel free to email us.