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Customizd 130°C Oil Free POM Self Lubricating Plain Bearing
Overview
Oil-free self-lubricating bearing oil pit polyformaldehyde wear-resistant composite shaft sleeve copper sleeve with oil injection hole
Quick Details
Applicable Industries:Manufacturing Plant
Certification | ISO9001 |
Processing methods | Cold-extrusion |
Surface treatment | Tin plating /Copper plating |
Operating temperature | -40° ~ 130° |
Application field | High pressure gear pump, High pressure water injection pump, High pressure hydraulic motor, Painting and food processing, etc. |
Material | Steel base+ Bronze powder+(POM) |
Material Features
Marginal Pb-free self-lubricating bearing is used steel-backing as its structure,sintered porous bronze as its interlayer,surface inlaid the modified POM.Suitable for marginally lubricated and dry operation onthe conditions of lubrication in dents grease.It has been widely applied to metallurgical machinery, Mine machinery,water conservancy machinery,vapor lovomotive,building machinery,agriculture machinery,steel rolling industry etc.
Characteristics
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 standard
Application
1. Good load capacity and anti-wear.
2. It is used in high load capacities and low speed with rotational, oscillating or frequent stop-start motion.
3. It can work long time without oil in the condition of boundary lubrication, under oil or grease lubrication interval, the work is longer.
4. It is machinable for the thicker of POM.
5. The bushes can be applied in auto chassis, forging machine, metallurgical, civil engineering, power station, strip rolling industries etc.
Bearing Properties
GENERAL |
| Unit | Value |
Maximum load, p | Static Dynamic | N/mm2 N/mm2 | 140 140 |
Operating temperature | Min Max | °C °C | - 40 130 |
Coefficient of linear thermal expansion | Parallel to the surface | 10-6/K | 11 |
Normal to the surface | 10-6/K | 29 |
Carbon steel + Sintered copper powder + POM | |
Load Capacity | |
Tin Plating, Copper Plating | |
Grease lubrication 2.8N/mm2·m/s | |