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Garlock POM Bushing Size Chart | Split Type

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VIIPLUS INTERNATIONAL

Garlock POM Bushing Size Chart | Split Type

Country/Region china
City & Province zhejiang
Categories Wheels, Rims & Tires
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Product Details

The Garlock POM Bushing, made from Polyoxymethylene (POM) or also known as Acetal, is a high-performance bushing that offers exceptional properties such as wear resistance, rigidity, dimensional stability, and good fatigue strength. POM bushings are commonly used in applications where precision, durability, and low friction are critical.

POM, as a material, has excellent mechanical properties and is resistant to many chemicals, solvents, and fuels. This makes it suitable for use in a wide range of industries, including automotive, machinery, and electronics.

Garlock, as a manufacturer, is renowned for its high-quality products and precision engineering. Garlock POM bushings are precision-manufactured to ensure accurate fits and smooth operation. They are often used in bearings, slides, and other moving parts where low friction and long-lasting performance are essential.

The combination of POM's material properties and Garlock's manufacturing expertise results in a bushing that is reliable, durable, and able to withstand the rigors of demanding applications. Whether it's a high-speed machinery component or a precision-engineered bearing, Garlock POM bushings are a trusted choice for ensuring smooth and efficient operation.

 

Garlock POM Bushing type available in standard dimensions, Cylindrical bushes, flange pom bushing, split steel-backed bushes, and Composite Thrust washers made to order from china.

 

steel backed copper bushing

 

COMPOSITION

 

  • Metal-Polymer Composite Bushing Material
  • Steel Back + Porous Bronze Sinter +
  • POM with Lubrication Indents

 

 

dx bushing

 

 

 

POM Bushing Size Chart, POM Bushings Solutions For Industrial Replacement POM Gleitlager

 

Bushings Sourcing Service

 

All the high-quality sleeve bushings products you need are in China. Tell us! We will immediately select the suitable self-lubricating sleeve bushings for you. Contact us today!

 

Garlock DX Bushing Size Chart | Split Type

 

Physical & Mechanical Properties
ItemValueUnit
Maximum Operating Temperature Tmax130°C
Minimum Operating Temperature Tmin-140°C
Maximum Static Load Pasta, max140N/mm2
Maximum Dynamic Load Pdyn, max70N/mm2
Maximum Sliding Speed V-greased2.5m/s
Maximum PV Factor-greased2.8N/mm2 * m/s
Coefficient of friction f-greased0.06-0.12 
Usage Range
drypoor
oil lubricatedgood
grease lubricatedvery good
water lubricatedpoor
process fluid lubricatedpoor
Possible Application
Automotive:
Steering gear, power steering, pedal bushes, seat slides, king-pin bushes, tailgate pivots, brake caliper bushes, etc.

Industrial:
Mechanical handling and lifting equipment, machine slides, hydraulic cylinders, hydraulic motors, ski-lifts, pneumatic equipment, medical equipment, textile machinery, agricultural equipment, scientific equipment, etc.
Standard Parts Available
Cylindrical BushThrust WasherStrip / Plate
   
MetricInchMetricInchMetricInch

 

Self-Lubricating Sleeve Bearing

 

Composite Self-Lubricating Bushings

 

shaft bushes

 

VIIPLUS tribology solution is never limited by materials and shapes. How can you find the most suitable solution in the fastest way?
Made to order from china http://www.bronzegleitlager.com, quickly find the size parameters and other information needed by the engineer

 


 

Tribology solution in the field of Automotive water pump & valve :

Sliding layer POM bushing with or without lubricant indents for machining

Characteristics

 

  • POM marginally lubricated bushings for grease or oil lubricated applications
  • Standard parts contain grease indents in the sliding layer; plain sliding layer available by request
  • Optimum performance under relatively high loads and low speeds
  • Suitable for linear, oscillating and rotating movements
  • Wide range of parts available from stock

 

Structures

 

1.POM thickness 0.30~0.50 mm, it provides high wear resistance and low friction even with only minute volume of lubricant are supplied, this bearing surface carries a pattern of circular indents which should be filled with grease on assembly of the bearing.
2. Sintered bronze powder thickness 0.20-0.35mm, provides max. thermal conductivity away from the bearing surface, also serves as a reservoir for the resin mixture.
3. Low-carbon steel, provides exceptionally high load carrying capacity, excellent heat dissipation.
4. Copper/Tin plating thickness 0.002mm, provides good corrosion resistance.

 

Typical Applications

 

Recommended for applications involving intermittent operation or boundary lubrication...
Automotive: suspension joints, kingpin assemblies and stub axles of tucks, automobile driving joint hinges, steering and other linkages, articulation joints, rear chassis hinges, fair leader rollers...
Machine tool building industry: spindles in drill, grinding, and milling machines, ram guide plates in multi-ram presses...
Agricultural equipment: gearbox, clutch, bale trips and wheel caster swivels for bale accumulators, front axle pivot bearings, steering idler box bearings and kingpin bearings for harvesters... It is especially well-suited for applications where lubricant can not be supplied continuously or repeatedly.

 

Self-lubricating sleeve bearing POM bearing


High load capacity
Excellent impact resistance and self-centering performance
Excellent anti-pollution performance
Good friction and wear resistance
Good resistance to chemical corrosion
Good dry friction performance

 

Product Description

 

POM is a triple layer bearing consisting of a copperplated steel frame, a middle layer of sintered bronze, and a self-lubricating sleeve bearing surface of acetal plastic (POM).
The self-lubricating sleeve bearing surface is provided with grease pockets which embeds the lubricant for gradual
release during operation. The slip layer also has a good ability to embed dirt and small particles that could damage the shaft. POM can withstand relatively high loads and is suitable for rotary and oscillating movements and structures with frequent starts and stops.

 

self-lubricated bearings steel backed

 

Assembly


POM self-lubricating sleeve bearing are not to be worked on (no bore or grinding). Nor on the inside or the outside diameter. They are already prepared for assembly. The bearings are so designed that when press-fitting the bearing into the housing, the mating gap can be eliminated. However, the mating-point of the self-lubricating sleeve bearing should be positioned away from the load-zone.

 


Cutting or sticking


Always cut or stick the sliding plate (sheets or washers) from the sliding surface towards the steel surface. self-lubricating sleeve bearing is to be cut from the inside towards the outside. This is to prevent the three layers from dividing. Therefore always start from the soft layer towards the harder layer.
It also helps you to keep any burrs in the right direction (not towards the sliding surface).
Please don´t hesitate to contact us if further information is needed.

 

Lubrication


self-lubricating sleeve bearing, washers, or sheets of the brand POM-self-lubricating sleeve bearing are pre-lubricated, and therefore lubrication through grease or oil is to recommend. Through adding oil-resin into the POM-mix, our POM-steel sleeve bearing bushings are actually capable of running a while ”dry”, without breaking. Any type of grease, oil, or another lubricant can be used since the POM layer is not sensitive in any way for the chemical reaction of additives in lubricants.

 

Special manufacturing


On request, we can offer inch-sizes, special lengths, items acc. to drawing

 

Technical data 
Material:Steel frame/sintered/acetal resin sliding layer
Standard:Multilayer bearings
Sliding layer (thickness):0.3-0.5mm
Tensile strength Rm:-
Yield strength Rp 0.2:-
Elongation in % A10:-
Hardness:-
The coefficient of friction0.05-0.25µ
Thermal conductivity:40W/m·K
Temperature range:-40°C/110°C
Max. load static:140N/mm²
Max. load, dynamic:70N/mm²
Max. sliding speed (w.lubr.):w/o lubricate. 2.5m/s – With lubricating. 5m/s
Pv-value, Mpa x m/s, 3
  
  
Counter material 
Recommended shaft hardness:>180HB
Rec. shaft surface roughness (Ra)0.4
Recommended tolerance:f7/h8
House:H7

 

DIN ISO can be used to select the appropriate size to replace the same size grease-lubricated copper sleeve

 

Multi-layer bearings with acetal sliding layer.
Characteristics


-- Suitable for dirtyand| as well as challenging environments
-- maintenance(pre-lubricated).
-- Long life



Areas of use.
Forest, packaging and, farming, machinery
food market, hydraulic cylinders, etc

Shapes

Plain cylindrical bearings, thrust washers well as sliding plates.

 

Making Business A pleasure

 

VIIPLUS offers a variety of services to our global customer base that will enhance the experience of purchasing valves Bushing & Bearings from VIIPLUS and add value to your investment from pre-sales consultancy to continuous aftersales service.

VIIPLUS self-lubricating sleeve bearing Material provides high-end casting to our valve divisions including materials like (low temperature) carbon steel/ stainless steel/ PTFE Bushing POM Bushes and high bronze alloy steels self-lubricating sleeve bearing. All analyses regarding the mold and pattern designs are being performed in our own premises in order to guarantee a constant casting level and quality.

 

POM Bushings

 

 

Characteristics


VSB-20 Boundary  self-lubricating sleeve bearing  High-Quality  POM Bush China Manufacturer


· marginally self-lubricating sleeve bearing  for grease or oil lubricated applications
· Standard parts contain grease indents in the sliding layer; plain sliding layer available by request
· Optimum performance under relatively high loads and low speeds
· Suitable for linear, oscillating and rotating movements
· Wide range of parts available from stock
 

Typical Applications

 

Suitable for rotating and oscillating movement, fewer maintenance requirements due to the long re-lubrication intervals, lower wear, lower susceptibility to edge loading, no absorption of water and therefore no swelling, good damping behaviors, good resistance to shock loads.

 

It is recommended to be used for initial grease self-lubricating sleeve bearing. This material has good wear resistance and can be used under medium and high load, impact and dust resistance conditions. Such as truck or commercial vehicle axle, brake, suspension system, as well as agricultural machinery, forest machinery, logistics equipment, and other general industrial plain bearings, can replace the general copper sleeve, steel sleeve.

 

Structure

 

1. POM thickness 0.30~0.50 mm. It provides high wear resistance and low friction even with the only minute volume of lubricant are supplied, this self-lubricating sleeve bearing surface carries a pattern of circular indents which should be filled with grease on assembly of the bearing.


2. Sintered bronze powder thickness 0.20-0.35mm. A special composition of powdered copper is thermally fused to the steel backing. This contact layer acts as an anchor for the PTFE layer and conducts the thermal build up away from the self-lubricating sleeve bearing surfaces.


3. Low-carbon steel.Setting the foundation of the self-lubricating sleeve bearing, the steel back provides exceptional stability, load carrying, and heat dissipation characteristics.

 

Structure And Composition

 

· Metal-Polymer Composite Bushing Material
· Steel Back + Porous Bronze Sinter +
  POM with self-lubricating sleeve bearing​ Indents

 

OPERATING PERFORMANCE

Dry

Poor

Oil-lubricated

Good

Grease lubricated

Very Good

Water lubricated

Poor

Process fluid lubricated

Poor

 

 

Avaibearing Properties

 

Max. load

Static

250N/mm2

Dynamic

140N/mm2

 

Rotating oscillating

60N/mm2

Max. speed

Dry

2m/s

Lubrication

>2m/s

Max. PV (Dry)

Short-time

3.6N/mm2*·m/s

Continuous

1.8N/mm2*·m/s

Temp.

-195℃~+280℃

Friction coefficient                         Dry

0.03~0.20

                                                      Lubrication

>2m/s

Thermal conductivity

42W (m·k)-1

Coefficient of thermal expansion

11*10-6k-1

 

Availability

 

self-lubricating sleeve bearing forms available in standard dimensions
· Cylindrical bushes
· Thrust washers
· Sliding plates 
Metric self-lubricating sleeve bearing and imperial bushings made to order: standard bushing forms in special dimensions, half-bushings, special shapes obtained by stamping, self-lubricating sleeve bearing with locating notches, self-lubricating sleeve bearing holes and machined grooves, customized self-lubricating sleeve bearing designs

 

POM Bushings

 

Stock Size for Self Lubricating Bearings 

 

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Plain Bearings & Self-lubricating Bushings | VIIPLUS Surface Engineering|Bearing Technology

Bushings, Lubricated Bearings, Composite Bearings, Metal Bearings, Compressor Bearings, Metal-polymer, Filament Wound, Plain Bearings, Flange Bearings, Polymer Bearings, Flange Bushings, Pump Bearings, Flanged Bushes,  Plates, Industrial Bearings

Pom Coated Bearing, Metal-Polymer Composite Bearing, Manufacture, Wholesale

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