CU8171 High Silicon Bronze Tube C65500, H06, Extra-hard

High Silicon Bronze Tube C65500, H06, Extra-hard Description

High Silicon Bronze Tube C65500, in the H06 extra-hard temper, is acknowledged for its strength, resistance to corrosion, and formability. This copper-based alloy contains added silicon, enhancing its mechanical properties and rendering it particularly resistant to saltwater environments and general wear. Its composition also provides thermal and electrical conductivity, making it a versatile choice across various industrial applications.

Manufactured in accordance with ASTM B98/B98M, each tube undergoes rigorous testing to ensure consistent performance, dimensional accuracy, and long-lasting reliability. The customisable dimensions enable greater design flexibility, permitting you to tailor the product to your specific application requirements. These tubes are suitable for marine hardware, desalination systems, architectural features, and high-end decorative components, where their quality and durability excel compared to other options.

High Silicon Bronze Tube C65500, H06, Extra-hard Applications

High Silicon Bronze Tube C65500, H06, Extra-hard is regarded for its strength, excellent resistance to corrosion, and remarkable formability. Its silicon content not only enhances overall durability but also contributes to superior weldability and machinability. This tube grade is frequently chosen for industries that require long-lasting equipment in demanding environments, making it suitable for a range of specialised applications.

1. Marine and Offshore Applications

·         Mooring Systems: Used for its resistance to corrosion and strength to secure vessels in adverse saltwater environments.

·         Seawater Pipework: Provides reliable flow lines for saltwater cooling and distribution in offshore platforms and marine vessels.

2. Industrial and Chemical Processing Applications

·         Heat Exchanger Components: Resists corrosion in high-temperature processes and prolongs service life within industrial units.

·         Pump and Valve Bodies: Provides durability and low maintenance in chemical transfer, ensuring minimal downtime.

3. Architecture and Decorative Applications

·         Ornamental Trim: Adds a visually appealing and corrosion-resistant finish to architectural features such as doors and facades.

·         Artistic Installations: Serves as a sturdy yet elegant material for sculptures and design elements in public spaces.

High Silicon Bronze Tube C65500, H06, Extra-hard Packaging

To ensure product integrity, each High Silicon Bronze Tube C65500 (H06, Extra-hard) is wrapped in protective polymer sleeves and cushioned in foam for impact resistance. Following this, the tubes are vacuum-sealed to protect against moisture and oxidation, complemented by desiccant packs for corrosion prevention. Customised labelling, barcoding, and tailored container sizes are available to meet specific shipping and handling requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Tube C65500, H06, Extra-hard FAQs

Q1: What are the key material properties of High Silicon Bronze Tube C65500, H06, Extra-hard?

A1: High Silicon Bronze Tube C65500 (H06, extra-hard) combines high silicon content with a robust copper base to deliver strength and hardness. It features excellent resistance to corrosion, particularly in marine and industrial applications. The alloy also exhibits good thermal and electrical conductivity. Its tensile strength is elevated compared to softer tempers, while ductility remains manageable for forming, ensuring structural reliability and ease of fabrication.

Q2: How can High Silicon Bronze Tube C65500, H06, Extra-hard be processed or fabricated?

A2: H06 (extra-hard) tubes can be formed through various methods including bending, roll forming, and swaging, often requiring preheating to reduce work-hardening effects. Due to their higher strength, precise tooling and controlled feed rates help minimise machining strain. Welding processes such as TIG, MIG, and brazing are feasible, although pre-cleaning and appropriate filler metals are essential. Heat treatment post-processing can further refine grain structure and enhance mechanical properties.

Q3: Which quality standards and certifications apply to High Silicon Bronze Tube C65500, H06, Extra-hard?

A3: This alloy generally complies with ASTM B111 or ASTM B98 specifications, which establish requirements for composition, mechanical properties, and dimensional tolerances. ISO 9001 certification is commonly utilised to validate manufacturing and quality management systems. Additionally, inspection protocols such as eddy current and ultrasonic testing ensure wall thickness consistency and detect flaws. Suppliers often maintain mill test reports to guarantee traceability and compliance with industry-specific certifications.

Related Information

1. Material Properties and Advantages

Characterised by its elevated silicon concentration, High Silicon Bronze Tube C65500, H06, Extra-hard exemplifies outstanding resistance to corrosion and enhanced durability. This particular grade demonstrates strength in marine and industrial environments, minimising both structural wear and surface degradation over time. By combining high-grade copper with silicon, C65500 effectively balances toughness and ductility, making it a prime choice for precision applications where stability is vital.

Utilising these mechanical properties, the tube form of this alloy offers excellent formability and ease of fabrication, even in its extra-hard condition. Customisable dimensions further expand its versatility, allowing for a tailored fit in complex assemblies. Through careful alloy composition and meticulous processing, engineers gain consistent performance in critical systems without compromising on longevity or integrity.

2. Applications in Advanced Industries

Optimised for resilience and functionality, High Silicon Bronze Tube C65500 finds extensive use across various sectors including aerospace, automotive, and offshore drilling. Its resistance to biofouling, combined with the extra-hard H06 condition, makes it an ideal option for demanding operations requiring minimal downtime and maximum reliability. The tube’s shape, alongside customised dimensions, ensures integration into specialised designs where precision is crucial.

By harnessing the alloy’s stable characteristics, manufacturers depend on C65500 tubes for high-pressure fluid transfer, especially under extreme conditions. Components made from this grade can mitigate issues such as galvanic corrosion and unwanted heat accumulation, ensuring consistent flow and enhanced safety. With the added advantage of being tailored to specific thicknesses and lengths, these tubes excel in mission-critical systems where performance cannot be compromised.