BRONZE CDA UNS C51100 SCRAP / BRONZE CDA UNS C51100 BAR / BRONZE CDA UNS C51100 PLATE

2000.0 INR/Kilograms

Get a Price/Quote

Product Details:

Click to view more
Share Your Product:

Request To Call Back Send Inquiry

BRONZE CDA UNS C51100 SCRAP / BRONZE CDA UNS C51100 BAR / BRONZE CDA UNS C51100 PLATE Price And Quantity

Minimum Order Quantity 100 Kilograms
Price 2000.0 INR/Kilograms

Application Industrial Use
Hardness 80-120 HB
Machinability Good
Form Solid Bar/Plate/Scrap
Melting Point 954°C
Standard ASTM B103/B159
Surface Finish Smooth
Corrosion Resistance Excellent

Product Description

Bronze CDA/UNS C51100 Scrap / Bronze CDA/UNS C51100 Bar / Bronze CDA/UNS C51100 Plate

Jayant Impex is recycling, importing, trading, wholesaling, buying, supplying Bronze CDA/UNS C51100 Scrap / Bronze CDA/UNS C51100 Turning Scrap / Bronze CDA/UNS C51100 Boring Scrap / BRONZE CDA/UNS C51100 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 C51100 Scrap / Bronze CDA/UNS C51100 Turning Scrap / Bronze CDA/UNS C51100 Boring Scrap / BRONZE CDA/UNS C51100 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 C51100 Scrap / Bronze CDA/UNS C51100 Turning Scrap / Bronze CDA/UNS C51100 Boring Scrap / BRONZE CDA/UNS C51100 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 C51100 Scrap / Bronze CDA/UNS C51100 Turning Scrap / Bronze CDA/UNS C51100 Boring Scrap / BRONZE CDA/UNS C51100 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 C51100 BRONZE include:

CDA C51100 is a phosphor bronze alloy used in applications requiring high strength, elasticity, and corrosion resistance. It is commonly found in springs, fuse clips, switch contacts, and electrical connectors where consistent fatigue resistance and electrical conductivity are essential. The alloy is also suitable for bearings, bushings, and wipers due to its low friction and wear resistance. Its excellent cold formability makes it ideal for stamped and machined parts, while its strength supports use in fasteners and small structural components. Overall, C51100 is valued for its durability, formability, and reliable performance in electrical and mechanical systems.

Samples of Bronze CDA/UNS C51100 are available if required. We can also arrange SGS or any third-party inspection of Bronze CDA/UNS C51100.

Uniform best quality Bronze CDA/UNS C51100 materials are available with us. For more details or pictures of Bronze CDA/UNS C51100 kindly do contact us.

GRADE CDA/UNS = C51100

GR = CDA/UNS C51100

CDA/UNS = GRADE C51100

SHAPE = PLATE, BAR, SCRAP

Unmatched Corrosion Resistance

Bronze CDA UNS C51100 stands out for its superior resistance to corrosion, especially in industrial environments exposed to moisture or chemicals. This property extends the lifespan of components, ensuring minimal maintenance and downtime. Whether used as bars, plates, or scrap, this alloy performs reliably even under challenging conditions, making it a preferred choice in many industrial sectors.

Versatility Across Applications

With its good machinability and consistent mechanical strength, Bronze CDA UNS C51100 is suitable for making bushings, washers, springs, and other components. Fabricators and manufacturers benefit from its ease of shaping and forming, while end-users value its durability. The alloy's versatility in solid bar, plate, or scrap form allows it to be utilized efficiently across industries such as automotive, marine, and heavy equipment manufacturing.

FAQ's of BRONZE CDA UNS C51100 SCRAP / BRONZE CDA UNS C51100 BAR / BRONZE CDA UNS C51100 PLATE:

Q: How is Bronze CDA UNS C51100 typically used in industrial applications?

A: Bronze CDA UNS C51100 is often used in manufacturing components such as bushings, bearings, and springs due to its excellent corrosion resistance, good machinability, and solid mechanical properties. Its forms-bar, plate, and scrap-offer flexibility for various fabrication needs.

Q: What is the process for sourcing Bronze CDA UNS C51100 in India?

A: You can procure Bronze CDA UNS C51100 through authorized dealers, exporters, fabricators, manufacturers, producers, retailers, suppliers, or traders across India. Many suppliers offer certified materials adhering to ASTM B103/B159 standards to ensure product quality.

Q: Where can end-users benefit from the excellent corrosion resistance of this alloy?

A: The alloy's corrosion resistance makes it ideal for use in environments exposed to moisture or corrosive elements, such as marine, automotive, and chemical processing industries. Its longevity in harsh conditions reduces maintenance and replacement costs.

Q: What standards ensure the quality of Bronze CDA UNS C51100 products?

A: Bronze CDA UNS C51100 products are manufactured and supplied in accordance with ASTM B103/B159 standards. This assures customers of the alloy's consistency in mechanical properties and chemical composition.

Q: When is it advisable to choose Bronze CDA UNS C51100 over other alloys?

A: Choosing Bronze CDA UNS C51100 is recommended when your application requires a combination of high corrosion resistance, good machinability, and a smooth finish. Its hardness and durability make it suitable for parts that encounter continuous wear and exposure to the elements.

Q: How does the machinability of Bronze CDA UNS C51100 assist fabricators?

A: Its good machinability allows fabricators to easily cut, shape, and form the alloy into precise components, reducing production time and tool wear. This benefits manufacturers seeking efficient fabrication without compromising quality.