BRONZE CDA UNS C92300 SCRAP / BRONZE CDA UNS C92300 BAR / BRONZE CDA UNS C92300 PLATE

2000.0 INR/Kilograms

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BRONZE CDA UNS C92300 SCRAP / BRONZE CDA UNS C92300 BAR / BRONZE CDA UNS C92300 PLATE Price And Quantity

Minimum Order Quantity 100 Kilograms
Price 2000.0 INR/Kilograms

Hardness 65-85 Brinell
Melting Point 990°C
Surface Finish Smooth / Rough
Application Bearings, Bushings, Gears
Standard ASTM B505
Machinability Good
Shape Bar, Plate, Scrap
Supply Form Loose or bundled
Corrosion Resistance High

Product Description

Bronze CDA/UNS C92300 Scrap / Bronze CDA/UNS C92300 Bar / Bronze CDA/UNS C92300 Plate

Jayant Impex is recycling, importing, trading, wholesaling, buying, supplying Bronze CDA/UNS C92300 Scrap / Bronze CDA/UNS C92300 Turning Scrap / Bronze CDA/UNS C92300 Boring Scrap / BRONZE CDA/UNS C92300 Bar purchased from various countries worldwide including USA, Canada, Europe, Spain, United Kingdom, Germany, Far East, India, UAE, Saudi Arabia (KSA), New Orleans, Houston, Texas, Korea, Asia, Italy, France, Singapore, Malaysia, Doha, Qatar, Thailand, Australia, etc.

Other Scrap Form of Bronze CDA/UNS C92300 Scrap / Bronze CDA/UNS C92300 Turning Scrap / Bronze CDA/UNS C92300 Boring Scrap / BRONZE CDA/UNS C92300 Bar could be: End pieces of Bars, Round Offcuts, Square Billets, Foundry Type, Pipe Rings, Hollow Bars, Tools cutting, Plate Cuttings, Sheet Cuttings, Coils Cuttings, Punchings, Fasteners, Wire Rods, Wires, etc.

We can offer very competitive prices for this Bronze CDA/UNS C92300 Scrap / Bronze CDA/UNS C92300 Turning Scrap / Bronze CDA/UNS C92300 Boring Scrap / BRONZE CDA/UNS C92300 Bar in form of End pieces of Bars, Round Offcuts, Square Billets, Foundry Type, Pipe Rings, Hollow Bars, Tools cutting, Plate Cuttings, Sheet Cuttings, Coils Cuttings, Punchings, Fasteners, Wire Rods, Wires, etc.

This Bronze CDA/UNS C92300 Scrap / Bronze CDA/UNS C92300 Turning Scrap / Bronze CDA/UNS C92300 Boring Scrap / BRONZE CDA/UNS C92300 Bar can be used for manufacturing high quality efficient steel products for requiring a rich golden colour, strength, ductility, and resistance to corrosion.

Specific applications of C92300 BRONZE include:

CDA C92300 is a leaded tin bronze alloy valued for its excellent machinability, pressure-tight casting qualities, and moderate strength with good wear resistance. It is widely used in both industrial and mechanical systems where durability, sealing, and friction performance are important.

Key Applications:

Pump and valve components such as impellers, valve bodies, and seats, used in systems requiring corrosion resistance, tight sealing, and hydraulic stability.

Bearings, bushings, and piston rings in equipment that operates under moderate loads and speeds, benefiting from the alloys low friction and wear performance.

Hydraulic and steam fittings like nuts, couplings, glands, and seals, ideal for high-pressure environments that require leak-tight reliability.

General castings in industrial machinery and marine systems where consistent machinability, structural soundness, and resistance to brine or steam corrosion are critical.

C92300 is a dependable material for components that demand dimensional stability, machining ease, and long-term service in fluid-control, plumbing, and mechanical assemblies.

Samples of Bronze CDA/UNS C92300 are available if required. We can also arrange SGS or any third-party inspection of Bronze CDA/UNS C92300.

Reliable Performance Across Applications

BRONZE CDA UNS C92300 is specifically designed for reliability in critical applications such as bearings, bushings, and gears. Its consistent hardness and machinability enable smooth production runs and efficient maintenance cycles, contributing to improved equipment lifespan and reduced downtime.

Flexible Supply and Customization Options

Whether you require bar, plate, or scrap, this bronze alloy is available in various supply forms tailored to your project needs. Dealers, distributors, and fabricators across India provide this material in both smooth and rough finishes, bundled or loose, ensuring flexibility in procurement and application.

FAQ's of BRONZE CDA UNS C92300 SCRAP / BRONZE CDA UNS C92300 BAR / BRONZE CDA UNS C92300 PLATE:

Q: How is BRONZE CDA UNS C92300 typically used in industrial applications?

A: BRONZE CDA UNS C92300 is primarily used to manufacture bearings, bushings, and gears due to its excellent wear resistance, machinability, and high hardness. Its robustness under load makes it ideal for applications demanding high strength and reliability.

Q: What are the primary benefits of using BRONZE CDA UNS C92300 for bearings and gears?

A: The main advantages include high corrosion resistance, a hardness range of 65-85 Brinell, good machinability, and a high melting point of 990C. These features ensure exceptional durability, reduced maintenance needs, and efficient performance in mechanical systems.

Q: When should I consider ordering BRONZE CDA UNS C92300 in bar versus plate or scrap form?

A: Bars are ideal for parts requiring machining into cylindrical shapes like bushings, while plates are suited for flat components such as wear plates or shims. Scrap may be preferred for remelting or recycling purposes. Your choice depends on the specific manufacturing or repair requirements.

Q: Where can I source BRONZE CDA UNS C92300 in India?

A: You can obtain BRONZE CDA UNS C92300 from a wide range of suppliers, traders, manufacturers, and exporters throughout India. Many dealers also offer customization in terms of supply forms, surface finishes, and packaging-tailored to your operational needs.

Q: What is the recommended process for machining BRONZE CDA UNS C92300?

A: Thanks to its good machinability, standard machining methods such as turning, milling, and drilling can be effectively used. It is important to select appropriate cutting tools and coolant to achieve desired surface finishes and dimensional accuracy, especially for precision parts.

Q: How do the surface finishes (smooth or rough) impact usage?

A: A smooth surface finish is typically chosen for components where reduced friction and smoother operation are essential, such as in moving bearings. Rough finishes may be adequate for structural applications or where further machining will be performed.