CU8122 Low Silicon Bronze Bar C65100, O60

Low Silicon Bronze Bar C65100, O60 Description

Our Low Silicon Bronze Bar C65100, O60 offers exceptional strength, corrosion resistance, and workability, making it an excellent choice for various industrial applications. Manufactured in accordance with ASTM B98/B98M, this bronze alloy contains minimal silicon content to enhance mechanical and fabrication properties. Its high formability and weldability allow for effective machining and fabrication, while still maintaining excellent resistance to wear and corrosion. With customizable dimensions available, this product is ideal for marine hardware, fasteners, valve stems, and decorative architectural components.

Carefully produced under stringent quality standards, each Low Silicon Bronze Bar undergoes thorough inspection for consistency and precision. The alloy’s high mechanical strength and ability to withstand harsh environments make it a reliable choice for long-lasting and high-performance applications. Whether for specialized marine settings or challenging industrial tasks, C65100 Bronze delivers dependable results to meet the most demanding requirements.

Low Silicon Bronze Bar C65100, O60 Applications

Low Silicon Bronze Bar C65100, O60 is known for its exceptional strength, corrosion resistance, and formability. Commonly used in diverse industries, it offers enhanced durability and reliable performance where harsh environments prevail. Its malleability and conductivity also make it a prime choice for complex shapes and electrical components. Overall, this alloy combines versatility and longevity for numerous practical applications.

1. Marine and Offshore Applications

·        Corrosion-Resistant Fittings: Ideal for saltwater and brackish environments

·        Heat Exchangers: Efficient thermal transfer properties

·        Undersea Connectors: Maintains integrity in high-pressure underwater conditions

2. Manufacturing and Construction Applications

·        Bearings and Bushings: Low friction and improved wear resistance

·        Structural Components: Ensures stable support in demanding conditions

·        Welding Consumables: Contributes to strong, reliable bonds

3. Aerospace Applications

·        Hydraulic Systems: Withstands extreme pressures and temperature variations

·        Landing Gear Bushings: Offers toughness and reliable performance

·        Electronic Enclosures: Protects sensitive components from corrosive exposure

Low Silicon Bronze Bar C65100, O60 Packaging

Low Silicon Bronze Bar C65100, O60 is commonly packaged using sturdy, shock-resistant materials to safeguard surfaces and edges. Each bar undergoes vacuum packaging to reduce moisture exposure and is coated with anti-corrosion compounds for added protection. Customised wrapping—including additional layers, labels, and size-specific crates—can be tailored to account for different storage conditions, ensuring each shipment retains its integrity during transit and meets exact customer specifications.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Bar C65100, O60 FAQs

Q1: What are the key material properties of Low Silicon Bronze Bar C65100, O60?

A1: Low Silicon Bronze C65100, also referred to as Copper-Silicon Alloy, offers excellent strength, corrosion resistance, and good electrical and thermal conductivity. The low silicon content enhances its weldability and formability compared to higher-silicon bronzes. In the O60 (annealed) temper, the alloy exhibits moderately high ductility, facilitating bending and shaping. Additionally, it maintains reliable mechanical properties, making it suitable for applications requiring both toughness and moderate tensile strength.

Q2: How can this bronze product be processed or fabricated?

A2: Low Silicon Bronze C65100, O60 can be hot worked within a temperature range of approximately 760°C to 870°C, while also allowing moderate cold working for intricate shaping. It is compatible with welding techniques such as TIG, MIG, and resistance welding. For soldering or brazing, fluxes specialised for copper alloys help ensure robust joints. Proper heat treatment processes can be employed to further refine mechanical properties and meet specific application requirements.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Bar C65100, O60?

A3: This alloy commonly meets ASTM B98 or B99 specifications, which detail requirements such as chemical composition, temper classifications, and mechanical properties. In certain industries, European Norm (EN) standards or aerospace-specific approvals such as AMS may also be applicable. Manufacturers adhering to ISO 9001 or AS9100 quality management systems can offer traceable, high-grade material that complies with rigorous testing and documentation standards, thus ensuring product reliability.

Related Information

1. Material Properties and Advantages

Low Silicon Bronze Bar C65100, supplied in an O60 annealed temper, demonstrates a remarkable meld of strength, ductility, and corrosion resistance. This copper-based alloy typically leverages low silicon content to achieve favourable conductivity while minimising galvanic reactions, making it suitable for environments where electrochemical stability is paramount. Its distinctive bronze composition allows the bar to withstand elevated temperatures without significant loss of mechanical integrity. The formability of this material is further enhanced by the O60 temper, enabling straightforward bending or shaping processes, which can be particularly useful when fabricating intricate or customised dimensions.

Tailored for specialised applications, this grade (C65100) is recognised for its dependable machinability compared to many other copper alloys. Despite its robust mechanical properties, Low Silicon Bronze Bar remains relatively easy to handle, which positively impacts manufacturing timelines and reduces machining costs. When formed into bar shapes with customised dimensions, the alloy’s balanced composition presents minimal distortion under stress, so designers and engineers can expect consistent performance. This stability and reliability promote its use in precision components for marine fittings, heat exchangers, and various architectural accents.

2. Manufacturing Process

Careful production steps are followed to create Low Silicon Bronze Bar C65100, ensuring that the metal composition meets strict quality requirements. After molten copper with controlled silicon content is cast, the material undergoes hot or cold working processes designed to align the alloy’s microstructure for improved strength. Rolling or extrusion techniques help transform the billet into the desired bar shape, while continuous monitoring of temperature and cooling rates preserves the O60 annealed temper. Manufacturing experts also manage grain refinement and surface finish to maintain uniformity across customised dimensions.

Upon completion of the primary formation stage, the bars go through additional finishing operations, including straightening, cutting to precise lengths, and surface treatments that eliminate any residual imperfections. Continuous inspections confirm that each piece meets dimensional tolerances and exhibits standardised mechanical properties before final dispatch. The resulting Low Silicon Bronze Bar remains consistent in its structural attributes, providing end users with a reliable product that simplifies subsequent machining and assembly. Whether for specialised marine hardware or advanced industrial systems, the finished bars are designed to exhibit consistent performance, even when tailored to unique, customised specifications.