CU8167 High Silicon Bronze Tube C65500, O60, Soft anneal

High Silicon Bronze Tube C65500, O60, Soft anneal Description

High Silicon Bronze Tube C65500 in the O60 (soft annealed) condition provides a balance of strength, ductility, and corrosion resistance. Its high silicon content enhances mechanical properties and ensures formability, making it suitable for applications in chemical processing, marine hardware, and architectural components. Manufactured to exact specifications, these tubing solutions exhibit machinability, suitable for complex fabrication requirements.

Manufactured in accordance with ASTM B98/B98M standards, each tube meets stringent quality measures for reliable performance and longevity. The soft annealed (O60) state improves workability while maintaining the material’s inherent resilience. Whether projects demand precise dimensional tolerances or structural integrity, High Silicon Bronze Tube C65500 delivers reliable outcomes underpinned by a commitment to quality.

High Silicon Bronze Tube C65500, O60, Soft anneal Applications

High Silicon Bronze Tube C65500, O60, Soft anneal is valued for its corrosion resistance, ductility, and strength. The high silicon content contributes to thermal and electrical conductivity, making it a suitable option for various environments. Its formability, durability, and aesthetic appeal make it beneficial for numerous applications across key industries.

1. Marine and Naval Applications

·        Seawater Piping Systems: Offer resistance to saltwater corrosion and maintain structural integrity over time.

·        Propeller Shafts and Fittings: Provide strength and performance in high-moisture environments.

2. Industrial Machinery Applications

·        Heat Exchanger Tubes: Supply thermal conductivity and stability under operational conditions.

·        Pump and Valve Components: Ensure longevity in chemical and high-pressure systems.

3. Architectural and Decorative Applications

·        Ornamental Railings and Trim: Combine aesthetics with strength and resilience for outdoor use.

·        Architectural Hardware: Maintain an attractive finish while withstanding environmental stress.

High Silicon Bronze Tube C65500, O60, Soft anneal Packaging

Each High Silicon Bronze Tube C65500, O60, Soft Anneal is packaged using vacuum-sealed, moisture-resistant pouches lined with protective materials. VCI (Volatile Corrosion Inhibitor) paper is included to prevent oxidation and ensure integrity. Tubes are padded with foam to guard against transit impacts. Custom packaging configurations, including labelled branding and specific dimensional requirements, are available for unique project needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Tube C65500, O60, Soft anneal FAQs

Q1: What are the key material properties of High Silicon Bronze Tube C65500, O60, Soft anneal?

A1: High Silicon Bronze Tube C65500, in the O60 soft annealed condition, exhibits corrosion resistance in marine and acidic environments due to its high silicon content. Its tensile strength and moderate hardness provide formability and ductility while retaining strength under stress. This alloy also shows thermal and electrical conductivity suitable for heat exchangers and electrical applications that require durability and reliability.

Q2: How can High Silicon Bronze Tube C65500, O60, Soft anneal be processed or fabricated?

A2: High Silicon Bronze Tube C65500, O60, Soft anneal can be processed using standard metalworking techniques such as bending, flaring, and draw-rolling. The soft annealed condition is particularly suitable for cold working, allowing complex shapes to be formed with reduced risk of cracking. Welding can be performed via TIG or MIG methods, with cleaning and appropriate filler metal recommended for optimal results.

Q3: Which quality standards and certifications apply to High Silicon Bronze Tube C65500, O60, Soft anneal?

A3: High Silicon Bronze Tube C65500, O60, Soft anneal typically adheres to ASTM B96 or ASTM B135 specifications for mechanical and chemical properties. Many suppliers follow ISO 9001 guidelines for quality management and traceability. Additional certifications such as ASME Boiler and Pressure Vessel Code or NAVSEA standards may apply for marine environments or critical applications, based on design requirements.

Related Information

1. Manufacturing Process

Careful craftsmanship is essential in producing High Silicon Bronze Tube C65500, O60, Soft anneal to custom dimensions. During fabrication, metallurgists select optimal casting methods to ensure structural integrity before the drawing process. Monitoring of temperature and specialized tooling helps maintain precise thickness and diameters tailored for specific customer demands. This approach provides uniformity in the bronze’s microstructure, ensuring consistent performance in varied operational conditions.

Heat treatment refines the material through the O60 soft anneal process. Controlled heating and gradual cooling minimize internal stresses while enhancing ductility. The final product achieves an appropriate balance of strength, elongation, and dimensional stability, making it reliable for applications requiring consistency over time. These steps collectively create a strong tubing solution for diverse industries seeking reliable components.

2. Comparative Analysis with Alternative Materials

With corrosion resistance and mechanical strength, High Silicon Bronze Tube C65500, O60, soft anneal is distinct from aluminium or stainless steel tubing. While aluminium may have a lighter profile, its tensile properties do not compare to this bronze composition. Standard stainless alloys may provide corrosion resistance, but they often lack the conductivity and wear characteristics specific to this high-silicon variant.

Adaptability in custom shapes and sizes differentiates High Silicon Bronze Tube C65500. The O60 soft anneal treatment allows efficient shaping and bending without compromising structural integrity. In terms of dimensional accuracy, this bronze alloy excels in producing uniform tubes for applications in marine installations, chemical processing, and other demanding environments.