CU8150 High Silicon Bronze Rod C65500, Dia. 3 mm

High Silicon Bronze Rod C65500, Dia. 3 mm Description

High Silicon Bronze Rod C65500, with a 3 mm diameter, is a versatile alloy known for its exceptional strength, corrosion resistance, and admirable formability. Composed of copper, silicon, and other trace elements, this material delivers superior mechanical integrity and wear performance, even under challenging environments. Its high silicon content enhances fluidity during metalworking processes, resulting in smoother finishes and precise dimensions. Furthermore, this rod meets ASTM B98/B98M standards, ensuring consistent quality and adherence to recognised industrial guidelines.

Ideal for a variety of applications, C65500 is frequently employed in marine hardware, architectural structures, heat exchanger components, and fasteners. The rod’s remarkable durability and resistance to corrosion make it a prime choice for settings exposed to moisture, chemicals, or continuous stress. Whether used in custom fabrication or large-scale production, High Silicon Bronze Rod C65500 offers long-lasting reliability with the assurance of strict quality standards.

High Silicon Bronze Rod C65500, Dia. 3 mm Applications

High Silicon Bronze Rod C65500, in a 3 mm diameter, offers exceptional strength, corrosion resistance, and reliable conductivity across a wide range of demanding environments. Its durability under extreme conditions makes it a popular choice in industries that require resistance to wear, marine corrosion, and chemical exposure. Additionally, its advantageous electrical properties and workability contribute to its versatility in various production and structural applications.

1. Marine and Oil & Gas Applications

·         Fasteners for Saltwater Environments: These rods resist corrosion in maritime conditions, making them ideal for boat fittings and dock hardware.

·         Offshore Platform Components: Their high strength and durability under extreme pressures help ensure reliable performance in offshore systems.

2. Architectural and Decorative Applications

·         Ornamental Railings: The rod’s appealing finish and resistance to tarnish make it ideal for accentuating building exteriors and interior design.

·         Sculptural Elements: Its formability and unique colour are especially suited for creating distinctive decorative structures.

3. Electrical and Electronic Applications

·         Grounding Conductors: The exceptional conductivity and corrosion resistance support reliable grounding in electronics and electrical systems.

·         Connector Pins: High Silicon Bronze’s machinability and durability suit the production of precise and long-lasting connection points.

High Silicon Bronze Rod C65500, Dia. 3 mm Packaging

Each 3 mm High Silicon Bronze Rod C65500 is carefully wrapped in protective cushioning to prevent surface damage. Vacuum packaging is then applied to preserve material integrity and shield against oxidation. An anti-corrosion coating is added for extended product life. We offer customisable packaging solutions, including optional desiccant pouches and specialised labelling, to ensure safe handling and transportation tailored to individual requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Rod C65500, Dia. 3 mm FAQs

Q1: What are the key material properties of High Silicon Bronze Rod C65500, Dia. 3 mm?

A1: High Silicon Bronze C65500 is recognised for its high strength, excellent corrosion resistance, and good formability, especially in smaller diameters like 3 mm rods. Its composition, featuring copper, silicon, and small amounts of other elements, offers enhanced mechanical properties and weldability. Additionally, it exhibits moderate conductivity and retains strength at elevated temperatures. These characteristics make it suitable for diverse applications, including architectural components and marine fittings.

Q2: How can this High Silicon Bronze Rod C65500, Dia. 3 mm, be processed or fabricated?

A2: High Silicon Bronze C65500 rods can be processed using both hot and cold working techniques. Hot working temperatures typically range from 760°C to 900°C, allowing forging or rolling to shape the material. Cold working methods, such as drawing or bending, can further refine dimensions and improve mechanical strength. Brazing and soldering are also feasible, ensuring reliable joining for varied applications.

Q3: Which quality standards and certifications apply to High Silicon Bronze Rod C65500, Dia. 3 mm?

A3: High Silicon Bronze Rod C65500 typically complies with ASTM B98 or similar national/international standards governing copper-silicon alloys. Manufacturers may also hold ISO 9001 certifications to ensure consistent production and traceability. Additional inspections, such as third-party testing or certificates of conformance, can confirm mechanical properties, chemical composition, and dimensional accuracy. Compliance with these standards and inspections helps guarantee product quality, reliability, and safety in demanding applications.

Related Information

1. Material Properties and Advantages

Honed to endure harsh environments, High Silicon Bronze Rod C65500 possesses a distinctive combination of strength and resilience. The Dia. 3 mm format further enhances its suitability for intricate assemblies, where this alloy’s excellent corrosion resistance and consistent mechanical properties help maintain dimensional stability even under demanding conditions.

This specific grade of bronze, enriched with silicon, delivers superior weldability and formability without compromising overall durability. The rod’s remarkable conductivity and minimal magnetic permeability also make it an optimal choice for components subjected to high-frequency currents or electromagnetic fields, expanding its usefulness in a variety of engineered products.

2. Applications in Advanced Industries

Breakthroughs in aerospace and electronics often rely on High Silicon Bronze Rod C65500 for critical design solutions. The Dia. 3 mm rod demonstrates outstanding electrical performance, making it ideal for connectors, contact points, and small-scale conductor paths that must balance low weight with robust structural integrity.

Manufacturers in high-tech sectors frequently choose this silicon-enriched bronze grade to ensure reliability in delicate apparatus, including precision instruments and specialised medical devices. Its capacity to endure fluctuating temperatures and corrosive agents, alongside a balanced strength-to-weight ratio, has made it a favoured material in forward-thinking research and production environments.