Self Lubricating Graphite Bearings & Bushings

Bronze graphite bushings

The self-lubricating bronze graphite bushings sleeve is mainly based on high-strength brass (ZCuZn25Al6), and the solid lubricant (graphite or molybdenum disulfide) is used as the lubricating medium to replace the traditional tin bronze copper sleeve. Use in oily or oil-free environments. Due to its high hardness, strength, and low cost, its service life is twice as long as ordinary tin bronze copper sleeves in low-speed and heavy-duty situations, so it is favored by customers. We can customize different sizes and materials according to customer requirements.

Self-lubricating bronze graphite bearings & bushings are ideal for applications where normal lubricants can not be used. The bronze graphite-filled bushing is a solid lubricating product with bronze as a matrix and embedded graphite or MoS2 as a solid lubricant. Because the density of bronze is higher than that of high-strength brass, it is very wear-resistant in high temperature and low load occasions. Moderate speed.

Reduce Downtime and Maintenance Costs with Bronze Graphite Bushings

By reducing friction and wear, bronze graphite bushings help prevent equipment breakdowns and reduce maintenance costs, ultimately leading to increased uptime and productivity.

Graphite bearing & bushings benefits

• Self-lubricating
• Low coefficient of friction
• No wear
• Resistant to chemicals, corrosion, and oxidation
• Compatible with food and medicine
• Low density
• Low thermal expansion coefficient
• Excellent thermal shock
• Good thermal conductivity
• Good mechanical strength
• High-temperature resistance

Graphite bronze bushes applications

• Temperatures above 400° F
• Corrosive environment
• Areas where conventional lubricants may contaminate the product
• Location cannot be lubricated
• dusty environment
• chemical pump
• Food Processing Pumps
• Process pumps for refineries
• Cold and hot water pumps
• Low-temperature applications

Standard Bronze Machined Parts, V Shape, L Shape, Flange Bush, Slide Plate, Sleeve Bushing Online Sourcing.

Sliding Wear Plates in Automotive Applications

Sliding wear plates are a type of engineered component designed to reduce friction, wear, and prolong the life of moving parts in various applications. They are typically made from materials with low friction coefficients and high wear resistance, such as graphite, bronze, or specialized polymer composites. In automotive applications, sliding wear plates play a crucial role in enhancing the performance, durability, and reliability of various components and systems.

In automotive applications, sliding wear plates can be found in a range of components and systems, including:

1. Suspension systems: Sliding wear plates are used in suspension systems to minimize friction and wear between moving parts, such as control arms, leaf springs, and shock absorbers. This helps to improve ride quality, handling, and overall suspension performance.

2. Steering systems: In steering gearboxes, linkages, and other steering components, sliding wear plates help to reduce friction and ensure smooth, precise control of the vehicle’s direction.

3. Engine components: Sliding wear plates can be used in engine parts such as camshaft bearings, rocker arms, and timing chain guides, reducing wear and extending the life of these critical components.

4. Transmission systems: In gearboxes, differentials, and other transmission components, sliding wear plates provide a low-friction surface that helps to reduce wear, noise, and vibration, ensuring smooth and efficient power transfer.

5. Braking systems: Wear plates can be found in disc brake calipers and other braking components, helping to minimize friction and wear, and ensure consistent and efficient braking performance.

The use of sliding wear plates in automotive applications offers numerous benefits, including reduced maintenance costs, extended component life, and improved performance. By minimizing friction and wear, sliding wear plates also contribute to increased fuel efficiency and reduced emissions. As a result, automotive manufacturers can deliver vehicles with better performance, durability, and reliability while minimizing the need for maintenance and replacement of worn components.

Understanding Graphite Bronze Bushings and Common Bronze Materials

Learn about graphite bronze bushings, a type of bearing made from bronze material with added graphite for improved lubrication and reduced friction. Discover the importance of selecting the right bronze material for bushings based on specific applications and required properties, such as strength, wear resistance, or corrosion resistance. Explore the properties of common bronze alloys, including C86300 (manganese bronze), C93200 (bearing bronze), C95400 (aluminum bronze), and C51000 (phosphor bronze), to help make informed decisions for your mechanical applications.

Graphite bronze bushings are a type of bearing made from a bronze material that has been impregnated with graphite. The graphite helps to improve lubrication and reduce friction between the bushing and the shaft it supports, which can extend the life of both components.

Bronze is an alloy made primarily from copper and other elements such as tin, aluminum, or manganese. The choice of bronze material used for bushings depends on the specific application and the required properties, such as strength, wear resistance, or corrosion resistance.

C86300, also known as manganese bronze, is a specific type of bronze alloy that is known for its high strength, corrosion resistance, and wear resistance. Other common bronze alloys used for bushings include C93200 (bearing bronze), C95400 (aluminum bronze), and C51000 (phosphor bronze).