CU8169 High Silicon Bronze Tube C65500, H02, Half-hard

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

Our High Silicon Bronze Tube C65500, produced in a half-hard (H02) temper, is engineered to deliver exceptional strength and corrosion resistance. With a silicon-enhanced copper alloy composition, this tube displays superior weldability and formability, making it ideal for applications in demanding environments such as marine hardware, heat exchangers, and chemical processing equipment. The customised dimensions ensure a precise fit for your specific requirements, offering flexibility across a wide range of industrial and commercial uses.

Each tube is manufactured in accordance with ASTM B98/B98M standards, ensuring consistent quality and reliable performance. Rigorous testing and inspections are conducted throughout the production process, guaranteeing that every component meets or exceeds industry criteria for durability and safety. Choose our High Silicon Bronze Tube C65500 to benefit from a trusted material designed for long-lasting service and versatile applications.

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

High Silicon Bronze Tube C65500, in its H02 half-hard temper, offers a balance of strength, corrosion resistance, and formability that suits a range of demanding environments. Its elevated silicon content enhances its mechanical properties, making it an ideal choice for projects requiring durability and resilience. From marine to architectural settings, these tubes excel where reliability is paramount.

1. Marine and Offshore Applications

·         Seawater Piping: Excellent corrosion resistance ensures longevity under continuous saltwater exposure.

·         Heat Exchangers: High thermal conductivity supports efficient heat transfer in marine cooling systems.

·         Hydraulic Lines: Superior mechanical strength accommodates high-pressure flow in offshore environments.

2. Industrial Machinery Applications

·         Valve Components: Withstand abrasive media and temperature fluctuations in tough operating conditions.

·         Pump Shafts: Maintain structural integrity and prevent galling in heavy-duty fluid-handling equipment.

3. Architectural and Decorative Applications

·         Exterior Railings: Provide strength and an appealing finish that endures harsh weather exposure.

·         Sculptural Elements: Combine formability with a distinctive bronze sheen for unique design accents.

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

Each High Silicon Bronze Tube (C65500, H02, Half-hard) is shielded with protective wrapping to guard against scratches and dust. They are vacuum-packed in sturdy, moisture-resistant material to block corrosion and preserve integrity. Anti-corrosion additives are applied based on handling conditions, ensuring long-term reliability. Customised packaging options—like specialised crate sizes or additional rust-inhibiting coatings—are available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

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

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

A1: This alloy typically includes around 97% copper and 1.5-3% silicon, giving it high strength, corrosion resistance, and excellent thermal and electrical conductivity. Its half-hard temper (H02) means an intermediate level of cold work that increases mechanical strength while preserving moderate ductility. Typical tensile strengths are in the range of 63–85 ksi, with high resilience to stress cracking in marine and industrial environments.

Q2: What processing methods are typically used to fabricate High Silicon Bronze Tube C65500, H02, Half-hard?

A2: Due to its moderate ductility and half-hard condition, C65500 can be formed through cold working operations such as bending and drawing. It also responds well to machining techniques like turning, milling, and drilling, though sharp tools and appropriate coolant are recommended. Welding is generally feasible with TIG or MIG, and brazing is another common process, ensuring secure joints without compromising mechanical integrity.

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

A3: These tubes frequently meet specifications such as ASTM B98 or ASME SB98, which define composition, mechanical properties, and dimensional tolerances. Manufacturers also follow ISO 9001 for quality management, ensuring consistent manufacturing practices and traceability. Additionally, when intended for marine applications, they may comply with standards issued by classification societies like ABS or Lloyd’s Register to validate corrosion performance and structural reliability.

Related Information

1. Material Properties and Advantages

Holding a balanced composition of copper and silicon, High Silicon Bronze Tube C65500, H02, Half-hard demonstrates outstanding resistance to corrosion and wear. This unique alloy structure supports high thermal and electrical conductivity, providing reliability across critical engineering environments such as desalination plants, marine installations, and even high-temperature systems.

Tailored to specific dimensional needs, these customised tubes can be produced in an array of diameters and wall thicknesses to match diverse operational demands. The half-hard temper grants an optimal balance between strength and formability, making it simpler to fabricate and install without compromising mechanical integrity.

2. Global Market Trends

Increasing demand for efficient and durable materials in emerging economies has placed High Silicon Bronze Tube C65500, H02, Half-hard at the forefront of various industrial sectors. Manufacturers worldwide are adapting their production lineups to accommodate the growing requirement for specialised tube shapes with customised dimensional configurations, reflecting a surge in global orders.

Relying on consistent quality and proven longevity, many international companies are incorporating C65500 tubes into applications within power generation, chemical refining, and aerospace engineering. This upward trend in adoption underscores the necessity for reliable supply chains, as buyers continue to seek high-performance alloys capable of overcoming extreme conditions and lengthy service cycles.