BRONZE CDA UNS C68300 SCRAP / BRONZE CDA UNS C68300 BAR / BRONZE CDA UNS C68300 PLATE

2000.0 INR/Kilograms

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BRONZE CDA UNS C68300 SCRAP / BRONZE CDA UNS C68300 BAR / BRONZE CDA UNS C68300 PLATE Price And Quantity

Price 2000.0 INR/Kilograms
Minimum Order Quantity 100 Kilograms

Standard ASTM, IS
Corrosion Resistance High
Usage Industrial Applications
Form Type Solid & Cut Pieces
Surface Finish Polished / Bright
Melting Point Approximately 950°C
Hardness Range 70-90 HRB
Shape Available Bar, Plate, Scrap

Product Description

Bronze CDA/UNS C68300 Scrap / Bronze CDA/UNS C68300 Bar / Bronze CDA/UNS C68300 Plate

Jayant Impex is recycling, importing, trading, wholesaling, buying, supplying Bronze CDA/UNS C68300 Scrap / Bronze CDA/UNS C68300 Turning Scrap / Bronze CDA/UNS C68300 Boring Scrap / BRONZE CDA/UNS C68300 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 C68300 Scrap / Bronze CDA/UNS C68300 Turning Scrap / Bronze CDA/UNS C68300 Boring Scrap / BRONZE CDA/UNS C68300 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 C68300 Scrap / Bronze CDA/UNS C68300 Turning Scrap / Bronze CDA/UNS C68300 Boring Scrap / BRONZE CDA/UNS C68300 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 C68300 Scrap / Bronze CDA/UNS C68300 Turning Scrap / Bronze CDA/UNS C68300 Boring Scrap / BRONZE CDA/UNS C68300 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 C68300 BRONZE include:

A high-performance copper alloy tailored for extremely demanding industrial, marine, and mechanical environments where longevity under stress and corrosive conditions is critical:

Heavy-duty wear parts (bushings, bearings, thrust washers, wear rings) designed for continuous friction, cyclic heavy loads, and abrasive environments.

Precision components (guide bushings, shaft collars, linear guides, slide bearings) used in machinery requiring accurate motion control and resistance to wear.

Marine and submerged hardware, including propeller shaft supports, rudder fittings, deck fixtures, and underwater fasteners, offering reliable protection against saltwater corrosion, cavitation, and biofouling.

Fluid- and hydraulic-system components (valve bodies, pump casings, flanges, shaft sleeves, cylinder liners) operating in brine, seawater, or mildly corrosive fluids, delivering structural integrity.

Heavy machinery and structural assemblies, such as gears, industrial fasteners, couplings, and machinery frames, where wear tolerance and environmental resilience are vital.

Samples of Bronze CDA/UNS C68300 are available if required. We can also arrange SGS or any third-party inspection of Bronze CDA/UNS C68300.

Uniform best quality Bronze CDA/UNS C68300 materials are available with us. For more details or pictures of Bronze CDA/UNS C68300 kindly do contact us

Outstanding Corrosion Resistance

Bronze CDA UNS C68300 stands out due to its high corrosion resistance, making it perfect for applications exposed to moisture, chemicals, or harsh industrial conditions. This attribute extends the lifespan of your components, reducing maintenance and replacement costs while ensuring operational reliability.

Versatile Industrial Applications

Thanks to its combination of solid strength and workability, this bronze alloy is frequently used in the manufacture of marine hardware, valves, pumps, fittings, and other critical industrial equipment. Its adaptability across various forms-bar, plate, and scrap-accommodates a wide range of fabrication requirements.

FAQ's of BRONZE CDA UNS C68300 SCRAP / BRONZE CDA UNS C68300 BAR / BRONZE CDA UNS C68300 PLATE:

Q: How is BRONZE CDA UNS C68300 commonly used in industrial settings?

A: BRONZE CDA UNS C68300 is primarily utilized in industries requiring components with elevated strength and superior corrosion resistance. Typical uses include marine hardware, valves, bearings, pumps, and various fitting applications due to its workability and durability.

Q: What are the benefits of choosing Bronze CDA UNS C68300 for manufacturing?

A: The major benefits include exceptional corrosion resistance, durability, and a hardness range of 70-90 HRB, making it suitable for demanding environments. Its adaptability to polished or bright finishes and compliance with ASTM and IS standards further enhance its value for manufacturers.

Q: When should I select the polished or bright surface finish?

A: A polished or bright surface finish is ideal when aesthetic appeal, easy cleaning, or reduced surface oxidation is required. This is particularly advantageous in marine, architectural, and chemical processing applications.

Q: Where is BRONZE CDA UNS C68300 sourced or supplied from in India?

A: In India, this alloy is available through a network of reputable dealers, exporters, fabricators, manufacturers, producers, retailers, suppliers, and traders who ensure compliance with international and national standards such as ASTM and IS.

Q: What is the process for fabricating BRONZE CDA UNS C68300 bars and plates?

A: Fabricating bars and plates involves processes like melting the alloy at approximately 950C, followed by casting, hot or cold working, and finishing to a polished or bright surface according to industrial standards, ensuring optimal physical and mechanical properties.

Q: How does the high melting point benefit industrial applications?

A: A melting point around 950C means the material maintains integrity under high-temperature operations, making it reliable for components exposed to heat or thermal cycling in industrial processes.