SF-1T Composite Self Lubricating Bushing Special Sliding Bearing for Gear Pump
Product Details
| Static Load Capacity: | 250 N/mm² | Dynamic Load Capacity: | 140 N/mm² |
|---|---|---|---|
| Friction Coefficient (μ): | 0.03 ~ 0.18 | Working Temperature Range: | -195℃ ~ +280℃ |
| Max Sliding Speed: | 10 M/s | Max PV Value (Dry Friction): | 4.3 N/mm²·m/s |
| Max PV Value (Oil Lubrication): | 60 N/mm²·m/s | Max PV Under Hydrodynamic Lubrication: | 120 N/mm²·m/s |
| Suitable Pump Working Condition: | Pressure:16~25 MPa, Linear Speed:3.5~5 M/s | ||
| Highlight |
Composite Self Lubricating Bushing,Special Sliding Bearing for Gear Pump,Gear Pump Self Lubricating Bushing |
||
Product Description
Material Structure
SF-1T is a 3-layer composite sliding bushing specially developed for high PV working conditions of gear pumps.
Backing: Low carbon steel base, electroplated for anti-corrosion
Middle layer: Porous bronze powder (0.2~0.3mm), improves heat conduction and bonding strength
Surface layer: Modified PTFE special formulation thin film (0.01~0.03mm), self-lubricating friction layer
Material & Performance Features
High PV Resistance & Anti-Fatigue: Custom PTFE formula designed for gear pump heavy-duty cyclic load, passed 1 million impact fatigue test for CBK1 hydraulic pump.
Stable Low Friction Under Oil Lubrication: Consistent friction coefficient in boundary & hydrodynamic lubrication, effectively reduce heat generation and shaft wear.
Excellent Impact & Wear Resistance: Bronze intermediate layer transfers heat rapidly, prevents bushing failure under continuous high pressure impact.
High Dimensional Stability: Steel backing guarantees high mechanical strength, stable size under fluctuating pressure & temperature.
Application Scenarios
Specially engineered for medium & high pressure hydraulic gear pumps. Also widely used in radial plunger pumps, vane pumps and other hydraulic pump sliding parts. Ideal replacement for original pump bronze bearings for hydraulic power units and mobile hydraulic systems.
Product Highlights
Material Structure SF-1T is a 3-layer composite sliding bushing specially developed for high PV working conditions of gear pumps. Backing: Low carbon steel base, electroplated for anti-corrosion Middle layer: Porous bronze powder (0.2~0.3mm), improves heat conduction and bonding strength Surface ...
High Load Self Lubricating Bronze Bearing Graphite Plugged Brass Sleeve Anti-Friction Copper Bush for Construction Machinery
Graphite Embedded Bronze Bushing, Self Lubricating Brass Bearing Sleeve, Oil-Free Copper Bush for Mold, Construction Machinery & Hydraulic Cylinder Short Description (Top Bullet Points) ✅ Self-lubricating graphite inlay design, no continuous oil supply required ✅ High strength brass alloy substrate, ...
Round Flange Graphite Bronze Bushing Self Lubricating Oil Free Bearing, High Strength Brass Sliding Bush for Automation Machinery Mold
Product Overview Round flange graphite bronze bushing (MPTZ / OFR01 series) is a self-lubricating sliding bearing made of high-strength brass alloy, with solid graphite plugs embedded on the bearing surface. The flange design with mounting holes enables fast installation and accurate positioning. ...
Self Lubricating Flanged Bronze Bushing JDB, Graphite Inlaid Flange Copper Bearing, Wear Resistant Oil Free Sleeve for Automation Equipment
Product Overview Our JDB flanged graphite plugged bronze bushing (also known as flange self-lubricating copper sleeve) is manufactured from high-strength high-lead bronze / high strength brass alloy, with solid graphite plugs embedded evenly on the sliding surface. It works without oil refueling, ...
High Load Flanged Self-Lubricating Copper Bushing, JFB Flange Graphite Embedded Bronze Bushing, Oil Free Sliding Bearing for Construction Machinery
Product Overview This flanged graphite bronze bushing (JFB / MPFZ series) is a solid self-lubricating sliding bearing made of high-strength brass alloy with embedded solid graphite lubricant dots. The flange shoulder provides axial positioning, simplifies installation and prevents axial displacement...
Please use our online inquiry contact form below if you have any questions, our team will get back to you as soon as possible.
