Powder Metallurgy Self-Lubricating Bearings
Oil-impregnated PM self-lubricating bearings for high-volume mechanical assemblies — a porous sintered structure retains lubricant for maintenance-free, low-friction, low-noise operation over the full service life.
- Materials
- Oil-impregnated sintered PM alloys
- Features
- Continuous self-lubrication, low friction and noise, sleeve/flange/thrust/custom forms, high dimensional stability
- Application
- Household appliances (washing machines, fans, kitchen equipment), electric motors, pumps and compressors, automotive window regulators and wiper motors, industrial machinery, robotics and automation.
Frequently Asked Questions
What materials and process are used for Powder Metallurgy Self-Lubricating Bearings?
Powder Metallurgy Self-Lubricating Bearings is made from Oil-impregnated sintered PM alloys and is formed by MIM/PM (metal injection molding / powder metallurgy) near-net-shape and sintered to a relative density of ≥ 98%, which keeps mechanical properties close to wrought material.
What tolerances can Powder Metallurgy Self-Lubricating Bearings hold?
Typical as-sintered dimensional tolerance is ±0.3–0.5% of the dimension. Tighter tolerances are achievable with secondary sizing or machining, agreed per part during quoting.
What is the MOQ and lead time for Powder Metallurgy Self-Lubricating Bearings?
MOQ is 1000 pcs. Mold lead time is about 20 days (mold fee typically RMB 20–40k depending on part geometry), and production lead time is about 7 days once the mold is validated; secondary processing adds 3–5 days.
Related Products
Iron Base Alloy MIM Parts
Materials: Fe2Ni, Fe4Ni, Fe8Ni, FeC, FeCuC
High strength, high hardness
View Details
Automotive Powder Metallurgy Parts
Materials: Proprietary PM/MIM iron-based alloy powders
High strength-to-weight ratio, near-net-shape forming, tight tolerances, excellent wear and friction resistance, complex geometries with internal cavities, heat treatment and coatings supported
View Details
Copper Nickel Tungsten Components
Materials: Cu-Ni-W alloy (self-developed powders)
High strength with excellent thermal/electrical conductivity, superior corrosion and oxidation resistance, thin-wall complex geometries, homogeneous microstructure, cost-effective high-volume production
View Details
Copper Tungsten EDM Electrodes
Materials: Tungsten copper (W-Cu), W70Cu30 to W90Cu10
High arc resistance, rapid thermal dissipation, uniform erosion rate, machinable for fine-tolerance complex shapes, minimal thermal distortion, PM/MIM near-net-shape production
View Details