CU8145 High Silicon Bronze Bar C65500, O60, Soft anneal

High Silicon Bronze Bar C65500, O60, Soft anneal Description

High Silicon Bronze Bar C65500 in the O60 soft-annealed condition provides a distinct combination of strength, corrosion resistance, and excellent formability. Its elevated silicon content enhances its mechanical properties while maintaining good ductility, making it suitable for applications in marine, construction, and industrial environments. This alloy’s inherent resistance to moisture and corrosive agents helps ensure long-lasting performance, reducing downtime and maintenance costs.

Manufactured in accordance with ASTM B98/B98M to meet rigorous quality standards, each High Silicon Bronze Bar C65500 is available in customised dimensions to suit diverse project requirements. The soft-annealed state (O60) further improves its adaptability for fabrication processes such as bending, welding, and machining, ensuring a consistent, reliable product for professional engineers and machinists alike.

High Silicon Bronze Bar C65500, O60, Soft anneal Applications

High Silicon Bronze Bar C65500, O60, Soft anneal is a specialised alloy esteemed for its remarkable corrosion resistance, formability, and thermal conductivity. Composed primarily of copper and silicon, it also contains small amounts of other elements that enhance its mechanical properties. This versatile material is often chosen for challenging applications where durability, conductivity, and fatigue resistance are critical, making it a preferred option in multiple industries.

1. Marine and Offshore Applications

·        Propeller Shafts: Provide reliable performance under high torque and corrosive saltwater conditions

·        Valve Components: Maintain consistent sealing and flow control in severe marine environments

2. Electrical and Electronics Applications

·        Switchgear Contacts: Deliver consistent conductivity with minimal wear for high-voltage connections

·        Transformer Connectors: Ensure stable energy transfer and reduce electrical losses through low-contact resistance

3. Industrial and Mechanical Applications

·        Bushings and Bearings: Minimise friction and handle heavy loads, extending equipment life

·        Pump Components: Resist fluid-induced corrosion and maintain dimensional stability under high pressures

High Silicon Bronze Bar C65500, O60, Soft anneal Packaging

Each High Silicon Bronze Bar C65500 (O60, Soft Anneal) is securely wrapped in corrosion-resistant paper and sealed in durable, heat-sealed vacuum packs to protect against moisture and oxidation. For added security, each bundle or crate includes shock-absorbing materials that minimise transit damage. Optional upgrades, such as VCI (Vapor Corrosion Inhibitor) envelopes or tailored packaging dimensions, can be requested to suit specific shipping and storage requirements, ensuring maximum product integrity and convenience.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Bar C65500, O60, Soft anneal FAQs

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

A1: High Silicon Bronze Bar C65500 typically contains around 97% copper with 2.8–3.2% silicon and trace amounts of other elements. In the O60 soft-annealed condition, it offers excellent ductility, moderate tensile strength, and remarkable corrosion resistance—even in marine environments. It also demonstrates good electrical and thermal conductivity, along with commendable formability and machinability, making it suitable for diverse industrial and maritime applications.

Q2: Which fabrication methods are recommended for High Silicon Bronze Bar C65500, O60, Soft anneal?

A2: In its O60 soft-annealed condition, High Silicon Bronze Bar C65500 is conducive to various fabrication techniques including cold drawing, bending, and machining. Preheating to approximately 760–899°C is advisable for hot working to maintain uniform deformation. The alloy’s softness helps mitigate excessive work hardening, allowing simpler forming operations. Furthermore, it can be soldered or brazed effectively, provided necessary safeguards against oxidation are observed.

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

A3: This alloy is commonly produced and tested under specifications such as ASTM B96 and ASTM B248 to ensure consistency in chemical composition and mechanical properties. Manufacturers often employ non-destructive evaluations like ultrasonic or eddy-current inspections to verify internal soundness. Many suppliers also adhere to ISO 9001 or equivalent quality management systems, ensuring traceability, process control, and compliance with rigorous industry requirements.

Related Information

1. Material Properties and Advantages

High silicon bronze in grade C65500 offers an exceptional balance of strength, ductility, and corrosion resistance. When supplied as a bar in an O60, soft annealed condition, it exhibits uniform grain structure and outstanding formability. These attributes make it especially suited for applications where reliable performance in challenging environments is a priority. The customised dimensions further allow users to tailor each bar to specific mechanical requirements, ensuring predictable results in a variety of projects.

This C65500 bronze is distinguished by its high silicon content, which significantly enhances its resistance to oxidation and pitting. It is also noted for maintaining consistent electrical and thermal conductivity, further distinguishing it as a preferred choice in settings requiring stable energy transfer. Clients benefit from the carefully controlled annealing process, which not only adds strength but also reduces internal stress, promoting extended service life for each customised bar.

2. Applications in Advanced Industries

For researchers and manufacturers in technologically demanding fields, the refined characteristics of High Silicon Bronze Bar C65500 are critical. Its strength, corrosion resistance, and stable conductivity support aerospace applications, where both structural integrity and heat management are paramount. In marine environments, the bar’s ability to withstand harsh saltwater conditions extends its utility to specialised shipbuilding and offshore facilities that require materials with long-term durability.

Alongside typical uses in architecture and automotive engineering, the bar’s malleability under soft annealed O60 temper has unlocked new opportunities in high-tech production lines. Customised dimensions provide industrial designers the flexibility to integrate C65500 bars into complex systems with minimal machining. By minimising waste and optimising performance, professionals in advanced industries can maximise return on investment while maintaining exacting quality standards.