CU8155 High Silicon Bronze Rod C65500, H02, Half-hard

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

Experience exceptional performance with our High Silicon Bronze Rod C65500, H02, Half-hard. This specialised copper alloy is recognised for its elevated silicon content, which bolsters strength and corrosion resistance while maintaining excellent ductility. Engineered to meet ASTM B98/B98M standards, it embodies reliable quality and consistent mechanical properties. The half-hard temper ensures a balanced blend of toughness and workability, making it ideal for machining, shaping, and various fabrication processes.

From marine fittings and valves to decorative hardware and electrical components, this versatile rod excels in demanding environments where durability and conductivity matter most. Precision-crafted to your custom dimensions, our C65500 rods adhere to rigorous testing and inspection protocols, guaranteeing a premium product that meets or exceeds industry benchmarks. Whether you need superior corrosion resistance or dependable mechanical performance, this High Silicon Bronze solution is designed to deliver enduring value for a wide range of applications.

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

High Silicon Bronze Rod C65500, H02, Half-hard is a copper-based alloy known for its strength, corrosion resistance, and formability. Its high silicon content enhances its mechanical properties while maintaining an attractive appearance. This material finds wide-ranging use across industries that require components capable of withstanding harsh conditions and retaining reliable performance over time.

1. Marine Applications

·         Propeller Shafts: Provide excellent resistance to seawater corrosion, ensuring long-lasting service in demanding saltwater environments

·         Hydraulic Fittings: Maintain reliable sealing performance and structural integrity in offshore and shipboard systems

2. Electrical and Electronics Applications

·         Conductive Hardware: Deliver efficient electrical conduction for connectors, switches, and grounding components

·         Electronic Housings: Offer secure enclosures that reduce interference and protect sensitive circuitry

3. Industrial Fabrication Applications

·         Pump and Valve Parts: Handle high-pressure fluid operations with minimal wear, thanks to mechanical strength

·         Heat Exchanger Tubing: Provide efficient heat transfer and corrosion resistance for power generation and chemical processing systems

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

High Silicon Bronze Rod C65500, H02, Half-hard rods are packaged in sturdy wooden crates or durable cardboard boxes, with vacuum-sealed wrap for maximum protection. Anti-corrosion measures, including VCI papers or protective oils, guard against oxidation. Customised labeling and packaging sizes accommodate different transportation and storage needs. Additional protective wrappers are available to suit specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

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

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

A1: C65500 High Silicon Bronze, in its H02 half-hard condition, typically contains around 97% copper with 1.5–3.0% silicon and small amounts of other alloying elements. It exhibits increased strength and hardness compared to annealed copper while maintaining good ductility. Its tensile strength can range from approximately 65–85 ksi, and it shows excellent corrosion resistance, high electrical conductivity, and favourable thermal conductivity.

Q2: Which processing methods are recommended for forming High Silicon Bronze Rod C65500, H02, Half-hard?

A2: For High Silicon Bronze Rod C65500, H02, Half-hard, typical processing methods include hot or cold working, machining, and joining techniques like TIG welding or soldering. The alloy’s moderate hardness and ductility allow for efficient turning and milling operations. Preheating for certain forming processes helps prevent cracking. Heat treatment is generally not required to achieve desired properties, but stress relieving can enhance dimensional stability after more intense fabrication steps.

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

A3: High Silicon Bronze Rod C65500, H02, Half-hard typically adheres to ASTM B98, which outlines requirements for copper-silicon alloy rod, bar, and shapes. Manufacturers may also comply with additional specifications, such as SAE J463 for chemical composition and mechanical properties. Quality management certifications like ISO 9001:2015 or AS9100 can further ensure consistent manufacturing and traceability, while mill test reports validate composition, mechanical properties, and strict adherence to customer requirements.

Related Information

1. Applications in Advanced Industries

High Silicon Bronze Rod C65500, H02, half-hard with customised dimensions is widely sought after in marine engineering projects that require a durable and corrosion-resistant metal. The inherent silicon content boosts the alloy's overall strength, allowing these rods to function optimally in harsh underwater environments where constant exposure to saltwater can degrade lesser materials. As a result, many offshore structures and naval vessels incorporate this bronze alloy to prolong operational life and minimise maintenance downtime.

For aerospace applications, the rod’s mechanical stability ensures reliability in critical assemblies such as fasteners, landing gear components, and radar systems. Thanks to the half-hard temper, these rods deliver a balanced combination of formability and endurance, which is vital in high-stress aviation structures. In addition, their low magnetic permeability makes them suitable for sensitive devices where magnetic interference must be minimised.

2. Material Properties and Advantages

Merging tensile strength with corrosion resistance, High Silicon Bronze Rod C65500, H02, half-hard is particularly suited to environments involving friction and constant vibration. Unlike various other copper-based alloys, the enhanced silicon content in this bronze extends its service life even under extreme temperatures. Customised rod dimensions allow engineers to specify exact tolerances, making them suitable for applications that necessitate precise fits and configurations.

These rods also benefit from resistance to pitting, crevice corrosion, and stress corrosion cracking, maintaining integrity in high humidity or chemically aggressive settings. The half-hard temper complements these properties, striking a balance between malleability and hardness to accommodate a diverse array of fabrication needs. In turn, the alloy’s proven track record in demanding operational environments continues to attract attention from engineers seeking reliable, high-performance materials.