PIN BI METAL BUSH
A pin bi-metal bush is a cylindrical bearing component made from two bonded metals—typically a strong steel outer layer and a low-friction inner lining such as bronze or copper alloy. It is designed to support rotating or oscillating pins, reducing friction and wear in heavy-duty applications. Commonly used in machinery, automotive assemblies, and construction equipment, it offers high load-carrying capacity, good heat dissipation, and extended service life even under harsh working conditions.
Specifications
For: PIN BI METAL BUSH- Material
- Steel backing with bronze
- Type
- Bi-metal (composite) bush
- Load Capacity
- High load bearing
- Surface Finish
- Precision finished inner surface
- Application
- Machinery, automotive, construction equipment
- Mounting Type
- Press-fit
- Maintenance
- Low maintenance, long service life
- Size
- BM
- Article no
- 0716841487190
Technical Advantages
- Engineered for high load bearing in heavy-duty scenarios
- Steel backing provides strength while bronze reduces friction
- Precision finish ensures accurate fitment in housings
- Heat dissipation prevents overheating during continuous use
- Reduces overall friction and wear on connected components
- Suitable for harsh working conditions common in industry
- Offers extended service life compared to standard bushings
Installation & Maintenance
- Mounting Type: Press-fit for secure and stable installation
- Low maintenance, long service life reduces operational costs
- No special lubrication required during initial setup
- Easy to replace during routine equipment servicing
- Ensures alignment stability during machine operation
- Compatible with standard industrial maintenance schedules
- Provides consistent performance over extended periods
Industrial Applications
- Ideal for machinery assemblies requiring robust bearings
- Widely used in automotive component manufacturing
- Essential for construction equipment heavy-duty operations
- Supports various mechanical linkages and pivot points
- Suitable for environments with high vibration levels
- Compatible with standard press-fit mounting procedures
- Meets requirements for general industrial machinery needs
Performance & Durability
- High load bearing capacity for demanding industrial tasks
- Good heat dissipation maintains stability under stress
- Extended service life even under harsh working conditions
- Reduces friction and wear significantly during operation
- Low maintenance requirements minimize downtime
- Reliable support for rotating or oscillating pins
- Engineered for durability in continuous use environments
Bi-Metal Construction & Materials
- Cylindrical bearing component made from two bonded metals
- Features steel backing with bronze for structural integrity
- Low-friction inner lining reduces wear on rotating pins
- Composite design ensures optimal strength and lubrication
- Precision finished inner surface for smooth operation
- Bi-metal (composite) bush type for enhanced performance
- Designed to support oscillating pins in heavy machinery
Frequently asked
What materials are used in this bush?
It uses steel backing with bronze for strength and low friction.
How is this bush installed?
It utilizes a press-fit mounting type for secure placement.
What industries use this product?
Machinery, automotive, and construction equipment sectors.
Is this bush low maintenance?
Yes, it offers low maintenance and long service life.
More questions buyers ask
What is a bi-metal bush?
A bi-metal bush is a bearing component made of two different metals. It typically has a strong steel outer layer for structural integrity and a softer inner layer, like bronze or copper alloy, to provide a low-friction surface for rotating pins or shafts.
What are the advantages of a bi-metal bush?
Bi-metal bushes offer high load-carrying capacity, excellent heat dissipation, and a long service life. The combination of hard and soft metals provides both strength and anti-friction properties, making them superior to single-metal bushes in many heavy-duty applications.
What materials are used in the Schifler PIN BI METAL BUSH?
This bush is constructed from a steel backing for strength and a bronze alloy inner lining for low friction and wear resistance.
What are the common applications for this bush?
It is widely used in various industrial, automotive, and construction applications, including machinery assemblies, mechanical linkages, pivot points, and other components requiring robust bearings.
Is this bush suitable for heavy-duty applications?
Yes, it is engineered for high load-bearing capabilities and is ideal for heavy-duty scenarios where strength and durability are critical.
How is the Schifler PIN BI METAL BUSH installed?
It uses a press-fit mounting type. This ensures a secure, stable, and precise fit within the housing, preventing movement during operation.
Does this bush require lubrication?
While the bronze inner layer provides a low-friction surface, periodic lubrication may be recommended depending on the specific application and operating conditions to maximize service life. It does not require special lubrication on initial setup.
What is the service life of this product?
The bush is designed for a long service life with low maintenance requirements, reducing overall operational costs and downtime.
Who should choose the Schifler PIN BI METAL BUSH?
This standard model is perfect for maintenance departments, small workshops, and large manufacturing facilities looking for a cost-effective and reliable bearing solution for a wide range of general-purpose machinery and equipment repairs.
What is the difference between a bi-metal bush and a standard bronze bush?
A standard bronze bush is made entirely of bronze, offering good lubricity but less structural strength. A bi-metal bush combines a steel outer shell for higher load capacity and structural support with a bronze inner layer for friction reduction, making it more durable in high-load applications.
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Full description
A pin bi-metal bush is a cylindrical bearing component made from two bonded metals—typically a strong steel outer layer and a low-friction inner lining such as bronze or copper alloy. It is designed to support rotating or oscillating pins, reducing friction and wear in heavy-duty applications. Commonly used in machinery, automotive assemblies, and construction equipment, it offers high load-carrying capacity, good heat dissipation, and extended service life even under harsh working conditions.