CU8161 High Silicon Bronze Sheet C65500, H02, Half-hard

High Silicon Bronze Sheet C65500, H02, Half-hard Description

Engineered from a copper-silicon alloy, the High Silicon Bronze Sheet C65500, H02, Half-hard, provides an exceptional balance of strength, corrosion resistance, and formability. With its elevated silicon content, this alloy offers soldering and brazing characteristics, making it suitable for applications such as marine hardware, architectural features, modern art installations, and industrial equipment.

Available in customised dimensions, this bronze sheet complies with the stringent ASTM B96/B96M standard, reflecting our commitment to consistent quality and performance. The half-hard (H02) temper ensures adequate durability while retaining sufficient malleability for shaping and fabrication processes. Each sheet undergoes rigorous testing to guarantee reliability and uniformity, resulting in a product that upholds both functionality and refined aesthetics in demanding environments. Choose High Silicon Bronze Sheet C65500 for a proven solution that meets the highest standards of excellence.

High Silicon Bronze Sheet C65500, H02, Half-hard Applications

High Silicon Bronze Sheet C65500, H02, Half-hard is a specialised copper alloy that offers high strength, excellent corrosion resistance, and superior formability. Its combination of properties makes it sought after for numerous applications across various industries. From marine engineering to electrical components, this alloy delivers reliable performance and service life under demanding conditions.

1. Marine Applications

·        Shaft Liners: Ideal for resisting seawater corrosion and abrasion

·        Fasteners and Fittings: Provide long-lasting durability in harsh offshore environments

2. Industrial Applications

·        Pumps and Valves: Withstand chemical exposure and maintain structural integrity

·        Heat Exchangers: Offer resistance to corrosive fluids in high-temperature settings

3. Architectural Applications

·        Decorative Panels: Combine aesthetic appeal with corrosion resistance

·        Railings and Trims: Provide a stylish, lasting finish for both interior and exterior structures

High Silicon Bronze Sheet C65500, H02, Half-hard Packaging

Each High Silicon Bronze Sheet C65500 (H02, Half-hard) is carefully wrapped in corrosion-resistant, non-abrasive materials, such as polyethylene foam or VCI paper. The stack is then vacuum-sealed to keep out moisture, thereby preventing oxidation and preserving surface quality. Additional protective crates or wooden pallets can be provided if requested. Custom packaging solutions are available to accommodate specific shipping, handling, or storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Sheet C65500, H02, Half-hard FAQs

Q1: What are the key material properties of High Silicon Bronze Sheet C65500, H02, Half-hard?

A1: High Silicon Bronze (C65500) typically contains approximately 97% copper, 2–3% silicon, and minor amounts of other alloying elements. In its H02, half-hard temper, it provides a combination of strength and formability, with tensile strengths often in the 70–80 ksi range. Its corrosion resistance is notable, especially in marine and industrial settings, and it maintains adequate electrical and thermal conductivity, making it versatile.

Q2: Which processing methods are optimal for forming and fabricating High Silicon Bronze Sheet C65500, H02, Half-hard?

A2: Due to the alloy’s moderate strength and good ductility, cold working techniques such as bending, punching, and deep drawing are effective. Hot working at temperatures around 1 200°F to 1 600°F can also be performed, allowing for extensive shaping if needed. When welding, gas tungsten arc (GTAW) or resistance welding is commonly employed, ensuring uniform mechanical properties and maintaining dimensional accuracy in the final product.

Q3: Which quality standards and certifications apply to High Silicon Bronze Sheet C65500, H02, Half-hard?

A3: The material generally aligns with ASTM B96 or equivalent specifications governing copper-silicon alloy plates and sheets. Manufacturers often adhere to ISO 9001 quality management systems to ensure consistent processes and documentation. Some suppliers also meet aerospace certifications, such as AMS standards, when specific applications demand it. Independent testing and inspection certificates typically accompany deliveries to verify compliance and material performance.

Related Information

1. Manufacturing Process

High Silicon Bronze Sheet C65500, H02, half-hard is carefully fabricated using contemporary metalworking procedures that maintain consistency and integrity. During initial rolling, the focus is on achieving the specified customised dimensions while preserving the material’s attributes—particularly its balance of strength and ductility. Equipment such as precision rollers and controlled heating units are utilised to ensure uniform thickness and prevent undesired variations.

During subsequent stages, precise annealing cycles and cold working treatments are applied to shape the C65500 sheet into the half-hard condition. By monitoring temperature and pressure levels, manufacturers reduce the risk of stress fractures while maintaining a sound grain structure. This method helps produce a sheet material that is reliable and adaptable for diverse client needs, including tailor-made sizes and thicknesses.

2. Applications in Advanced Industries

Fields such as aerospace, marine engineering, and electronic systems rely on the performance of High Silicon Bronze Sheet C65500, H02, half-hard. Strength, corrosion resistance, and a pleasing aesthetic make it suitable for outer hulls, intricate enclosures, and decorative components. Clients often require customised dimensions to fit specialised assemblies that require the formability of this alloy.

Beyond structural uses, the alloy’s electrical conductivity supports circuit designs where conductivity and longevity are essential. Moreover, the half-hard temper ensures stable mechanical properties under prolonged stress, making it a dependable choice for complex applications in technologies. This versatile nature, combined with precise dimensional tailoring, positions C65500 sheet as a valuable resource in various industries.