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Bronze Slide Plates2026-09-27T11:50:35+00:00

graphite bushing bearings self lubricating Gun metal bushes size

Bronze pipe support bearing Wear plates

Maintenance-free Plain Bearings

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graphite impregnated Bronze Wear Plates – groove & Plug Graphite More

Bronze pipe support bearing plates are a crucial component in piping systems, primarily serving to support pipes and allow them to expand and contract with temperature changes. Here’s a summary and some additional information for you:

bronze wear plates, wear plate pipe support
Bronze Wear Plate Materials, Bronze Metal Plates & More
bronze wear plates, Standard Wear Plate
Self Lubricating Bronze Wear Plate: Machined bronze self-lubricating wear plates type.

Bronze Slide Plates for Supports

Sliding Plate Pipe Support Bronze, a copper alloy, is extensively utilized in numerous industries for its corrosion and wear resistance, as well as its excellent thermal conductivity.

bronze groove wear plates, wear plate pipe support

Sliding Bearings:

Sliding bearings, made from low-friction materials, effectively enable pipe movement without causing excessive stress.

bronze wear plates plugged graphite

Thermal Expansion and Contraction:

Pipes expand and contract with temperature changes. If secured too tightly and unable to adapt, stress may cause damage.

bronze groove plate

Bronze Plates:

Bronze plates, crucial for sliding bearings in pipe support, are often embedded with self-lubricating graphite, enabling them to operate without extra lubrication.

Self-Lubricating wear plate

Graphite-filled Bronze Plates:

Graphite-filled bronze plates withstand temperatures up to 500°F (260°C) and are ideal for high-pressure systems.

bronze wear plates

Sliding Bearing Pads Advantages

Operates dry without lubrication, resists diverse environmental conditions and numerous chemicals, continues functioning with small particles embedded, and is durable and maintenance-free.

Self-Lubricating wear plate

Self-Lubricating Bronze Slide Plate

Self-Lubricating Bronze Bearings: Bronze plates infused with graphite serve as self-lubricating bearings, reducing maintenance and improving system reliability.

Thermal Expansion Coefficient: The thermal expansion coefficient of bronze varies with temperature, causing it to expand as temperatures rise and contract when cooled. Mechtool data indicates the linear expansion coefficient for engineering copper is between 16.6 and 17.1×10^-6/°C from 20 to 100°C, increasing at higher temperatures.

Benefits of Bronze Wear Plates

The design and material choice of bronze pipe support bearing plates are crucial for the longevity of piping systems. These plates allow pipes to adapt to temperature changes, minimizing failure risks and extending pipe lifespan. Bronze’s outstanding thermal conductivity, wear resistance, and self-lubricating properties make it ideal for pipe supports and sliding bearings. Its performance across temperatures is largely determined by its material characteristics and thermal expansion coefficient.

Brass-Bronze Self-Lubricated sliding pads self-lubricating graphite or pre-drilled mounting holes.
sliding pads wear plate graphite bronze wear plate heavy duty gib. Made of bronze wear surfaces, they can be ordered with optional self-lubricating graphite or pre-drilled mounting holes.

Applications of Bronze Wear Plates

Graphite-filled bronze plates perform well up to 500°F (260°C), proving their suitability for environments with temperature fluctuations.

Material Characteristics: Bearing bronze is a type of tin bronze alloy known for its wear resistance, self-lubrication, good ductility, strength, and excellent machinability. r

Sliding Bearing Material Performance: Bronze as a sliding bearing material offers different permissible values and characteristics, suitable for various working conditions. For example, tin bronze ZCuSn10P1 is suitable for machine bearings under constant load conditions, while aluminum bronze ZCuAl10Fe3 is used in gearboxes and metal cutting machine tools.

Choosing Self-Lubricating Bearings, Bushings, Washers, and Sliding Plates.

Graphite lubricants used in sliding bearings are solid, permanent, and self-lubricating. The performance of bronze pipe support bearing plates across various temperatures depends on factors like thermal expansion coefficient, material microstructure, phosphorus content, and sintering temperature. Selecting the right bronze materials and optimizing production processes are essential for optimal bearing plate performance under different temperatures.

  • cast bronze washer Phosphorous Bronze Washer Specification Material Specification Standards Size Phosphorous Bronze ASTM C54400
    Phosphor Bronze Pivot Bearing

    High-Performance Self-lubricating Bearing Solutions & Technologies, Reduce your downtime, increase service life & save cost for your applications.

  • Injection molding machinery
    Bronze plate for injection molding machine

    High-Performance Self-lubricating Bearing Solutions & Technologies, Reduce your downtime, increase service life & save cost for your applications.

  • PTFE BEARING AND BUSHING custom machine a PTFE lined sleeve bearing
    Ptfe Temperature Limit

    High-Performance Self-lubricating Bearing Solutions & Technologies, Reduce your downtime, increase service life & save cost for your applications.

large self-lubricating slide Plate bearings, sliding plate

Sliding plate offer industry self-lubricating, maintenance-free performance resulting in overall cost savings and operational safety. Self-lubricating bearings can be utilized in almost any application where heavy loads must be supported at relatively low to medium speeds, or where fabrication from unusual materials is required.

High-Performance Bronze Slide Plates for Marine Applications

Bronze slide plates are essential components in marine engineering, widely used in bearings, pipe supports, and structural components due to their exceptional corrosion resistance, high strength, and low friction properties. Choosing the right bronze alloy ensures durability and reliable performance in harsh seawater and offshore environments.

Recommended Bronze Alloys

C95400 (Aluminum Bronze)

  • Excellent resistance to seawater corrosion

  • High strength and good wear resistance

  • Ideal for marine bearings and slide plates

C95500 (Nickel Aluminum Bronze)

  • Superior corrosion resistance in marine environments

  • Enhanced strength and toughness

  • Perfect for high-load, low-speed applications

C95800 (Nickel Aluminum Bronze)

  • Exceptional resistance to saltwater corrosion and pitting

  • Commonly used for offshore platforms and marine slide plates

C86300 (Manganese Bronze)

  • High strength and good corrosion resistance

  • Suitable for heavy-load marine components, such as pipe supports and slide plates

Bronze-Graphite Composites

  • Self-lubricating with embedded graphite plugs

  • Reduces friction and maintenance in marine applications

  • Can handle temperatures up to 1100°F and pressures up to 5000 PSI

Key Considerations

Corrosion Resistance
Aluminum bronze alloys (C95400, C95500, C95800) develop a protective aluminum oxide layer, effectively preventing seawater corrosion.

Self-Lubrication
Graphite-impregnated bronze plates minimize friction and maintenance, ideal for environments where oil or grease lubrication is impractical.

Standards Compliance
Ensure that the selected bronze alloy meets international marine standards (e.g., ASTM, MIL-B-24480) for reliable offshore performance.

Expert Recommendation

For specific marine applications, consult with material engineers to select the optimal bronze grade based on load, sliding motion, and environmental conditions. Always verify with suppliers for custom manufacturing to meet precise specifications.

Common Applications of Bronze Slide Plates in Marine Environments

Bronze slide plates are widely used in marine applications due to their corrosion resistance, low friction, and high strength. Typical positions include:

Rudder Bearing Systems

  • Recommended Materials: C95800 (Nickel Aluminum Bronze) or C95500

  • Function: Supports the rudder shaft, reduces friction, and ensures smooth rudder movement

  • Features: Must withstand high loads and seawater corrosion. Bronze-graphite composites are often used for self-lubrication

Pipe Support Systems

  • Recommended Materials: C95400 (Aluminum Bronze) or C86300 (Manganese Bronze)

  • Function: Provides sliding support for pipes on offshore platforms or ships, accommodating thermal expansion, contraction, or vibration

  • Features: Requires corrosion resistance and smooth low-speed sliding

Offshore Platform Slide Bearings

  • Recommended Materials: C95800 or Bronze-Graphite Composites

  • Function: Supports sliding connections for platform modules and heavy equipment

  • Features: Self-lubricating to reduce maintenance; withstands high pressure (up to 5000 PSI) and high temperatures (up to 1100°F)

Propulsion System Components

  • Recommended Materials: C95500 or C95800

  • Function: Reduces friction between shafts and bearings in propellers or propulsion systems

  • Features: High wear resistance and resistance to pitting in harsh seawater conditions

Deck Machinery

  • Recommended Materials: C95400 or Bronze-Graphite Composites

  • Function: Sliding components for cranes, winches, and other deck equipment

  • Features: Resistant to seawater spray and frequent sliding

Material Selection Guidelines

  • C95800: Best for areas with long-term seawater exposure, such as rudder bearings and offshore platforms, due to excellent corrosion and pitting resistance

  • C95400 / C95500: Suitable for high-load but cost-sensitive applications, like pipe supports

  • Bronze-Graphite Composites: Ideal for self-lubricating components, such as deck machinery or low-maintenance areas

  • Standards Compliance: Ensure materials meet marine standards, e.g., ASTM B505, MIL-B-24480

Bronze Wear Plate Materials and Alloys

We offer a variety of bronze alloys as well as ferrous and nonferrous metal bearing bushings, including sand and centrifugal cast bronze bearings and wear plates. Our selection also includes high-strength manganese and aluminum bronze plates. For situations where temperatures exceed the limits for bronze alloys, resulting in a loss of strength and other essential bearing properties, high-quality cast iron may be the solution. It is crucial to discuss all operating conditions with our engineering representative when designing bearings for high-temperature applications. This ensures the selection of the optimal combination of metals and lubricants to meet your requirements. Typically, bronze is the primary material for self-lubricating bearings. However, applications involving extreme temperatures, environments corrosive to bronze, or loads that surpass the compressive strength of bronze may necessitate the use of alternative materials with distinct physical and chemical properties. Options for substrate materials include stainless steel, nodular iron, and tool steels. Choosing the right bearing and mating surface materials along with appropriate lubricants is key to achieving extended bearing life and maintenance-free operation.

Bronze wear plates are available in various alloys, each offering unique properties:

  • C95400 Aluminum Bronze: Known for its excellent wear resistance and low coefficient of friction, making it suitable for high-load applications.
  • C93200 SAE 660 Bearing Bronze: Commonly used for its good machinability and wear resistance.
  • C86300 Manganese Bronze: Offers high strength and corrosion resistance, ideal for marine and industrial applications.

Copper Alloy Oil-Free Linear Slide Plates: Product Overview

These slide plates are manufactured by embedding special solid lubricants at strategic positions. The metal matrix supports the load and, thanks to the embedded solid lubricants, provides lubrication, demonstrating excellent self-lubricating durability even under harsh conditions. a. Ideal for areas that require frequent lubrication, have reciprocating motions or frequent starts and stops, and places where it is difficult to form an oil film. b. Can be used in a self-lubricating state without the need for oiling devices, shortening assembly time, reducing oil pollution, and contributing to environmental cleanliness. c. Excellent resistance to seizure.

Product Features

a. Flexible, simple, and convenient design with a wide range of applications. b. Operates oil-free. c. Low operating costs. d. Delivers superior performance under high load and low-speed conditions. e. Exhibits superior wear resistance in applications with reciprocating, oscillating motions, or frequent starts and stops where forming an oil film is challenging. f. Outstanding chemical resistance and corrosion resistance. g. More competitive product cost, longer working life compared to similar products, requires less maintenance, and offers longer and more convenient replacement cycles, with superior performance.

Material Type Code China GB1176-87 International ISO 1338 Germany DIN Japan JIS USA ASTM(UNS) UK BS France NF Applicable Situation
High Strength Alloy Copper JDB650 ZCuZn25Al6Fe3Mn3 GCuZn25Al6Fe3Mn3 DIN1709 G-CuZn25Al5 H5102 CAC304 B30-92 C86300
Super High Strength

Alloy Copper

 JDB650 S1 ZCuZn25Al6Fe3Mn3 GCuZn25Al6Fe3Mn3 DIN1709 G-CuZn25Al5 H5102 CAC304 B30-92 C86300
Cast Tin Bronze JDB650 S2 ZCuSn5Pb5Zn5 GCuPb5Sn5Zn5 DIN1705 G-CuSn5ZnPb H5111 BC6 B30-92 C83600
Cast Aluminum Bronze JDB650 S3 ZCuAl9Fe4Ni4Mn2 GCuAl10FeNi5 DIN17656 G-CuAl10Ni H5114 AlBC3 B30-92 C95500
Cast Iron JDB(HT250) GB5675-85 HT250 FC250 ASTM Class40 – – – –
Code JDB650 JDB650 S1 JDB650 S2 JDB650 S3 JDB650 S4 JDB (HT250) JDB (Gcr15)
Material Grade CuZn25Al6Fe3Mn3 CuZn25Al6Fe3Mn3 CuAl9Fe4Ni4Mn2 CuSn5Pb5Zn5 CuSn12 HT250 Gcr15
Density 8.0 8.0 8.5 8.9 9.05 7.0 7.8
Hardness HB >210 >250 >150 >70 >80 >190 HRC>58
Tensile Strength N/mm² >750 >800 >800 >200 >260 >250 >1500
Elongation % >12 >8 >15 >10 >8 >5 >15
Linear Expansion Coefficient 10⁻⁵/°C 1.9 1.9 1.9 1.8 1.8 1.0 1.1
Operating Temperature °C -40~+300 -40~+150 -40~+400 -40~+400 -40~+400 -40~+400 -40~+400
Maximum Dynamic Load N/mm² 100 120 150 60 70 90 200
Maximum Linear Speed m/min (Dry) 15 15 20 10 10 8 5
Max. PV Value N/mm²*m/min 200 200 60 60 80 40 150
Compressive Permanent

Deformation 300N/mm²

 <0.01 <0.005 <0.04 <0.05 <0.005 <0.015 <0.002

bronze Graphite-Impregnated Sliding bearing Wear pad

A bronze wear plate with plug graphite is a specialized material used extensively in friction and wear reduction applications.

Slide graphite plate self lubricating Gun metal bushes metric size Cast Bronze Bushings with Solid Lubricant Inserts

Custom self-lubricating Graphite Impregnated Bronze Slide Plate

Selecting Plug Graphite Self-Lubricating Bronze Wear Pad Products.

Custom-made plain bushing special solution

Maintenance-Free Plain bearing & Bushing,
Self-lubricating Alloy Bearing with less friction
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