CU8174 High Silicon Bronze Tube C65500, OD. 10 mm

High Silicon Bronze Tube C65500, OD. 10 mm Description

Our High Silicon Bronze Tube C65500, with a 10 mm outer diameter, provides excellent corrosion resistance, considerable strength, and reliable formability. Designed to comply with ASTM B98/B98M standards, this grade’s silicon content enhances its mechanical properties for long-lasting performance in various demanding environments. The bronze's inherent corrosion resistance makes it particularly suitable for marine and coastal applications, while its favourable electrical conductivity expands its utility in electrical and industrial contexts.

Manufactured under stringent quality control procedures, each tube undergoes thorough inspection to ensure dimensional accuracy and material consistency. Its resilience under both low and high temperatures, alongside minimal maintenance requirements, makes C65500 an excellent choice for heat exchangers, chemical processing plants, and architectural projects. Rely on our High Silicon Bronze Tube for dependable, high-quality performance that meets your specific requirements.

High Silicon Bronze Tube C65500, OD. 10 mm Applications

High Silicon Bronze Tube C65500, with an outer diameter of 10 mm, is recognised for its excellent resistance to corrosion, considerable thermal conductivity, and impressive mechanical strength. This alloy suits a wide range of applications in demanding environments across multiple industries. Its durability and formability make it a versatile choice for manufacturers aiming to optimise performance in marine, industrial, and architectural sectors, among others.

1. Marine Applications

·         Saltwater Piping Systems: Provide stable flow under harsh conditions and resist marine biofouling

·         Subsea Instrumentation Housings: Offer corrosion resistance for extended operational life

2. Industrial Fluid Handling Applications

·         Chemical Transfer Lines: Ensure durability and long service life in corrosive environments

·         Distillation Columns: Maintain structural stability at varying temperatures and pressures

3. Architecture and Construction Applications

·         Decorative Railings: Combine aesthetic appeal with robust mechanical properties

·         Structural Inserts: Provide strength and longevity in high-stress building components

High Silicon Bronze Tube C65500, OD. 10 mm Packaging

Each High Silicon Bronze Tube C65500 with an outer diameter of 10 mm is carefully packaged to ensure durability in transit. Protective foam padding is employed to safeguard against scratches and impacts before vacuum sealing to reduce oxidation. An anti-corrosion coating is applied prior to packing, ensuring longevity and performance. We also offer customisable packaging sizes and labelling options to meet specific customer needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Tube C65500, OD. 10 mm FAQs

Q1: What are the key material properties of High Silicon Bronze Tube C65500, OD. 10 mm?

A1: High Silicon Bronze Tube C65500, OD 10 mm, offers a unique combination of high tensile strength, excellent formability, and strong corrosion resistance in various environments. This alloy typically contains about 97% copper and 2.8–3.5% silicon, enhancing mechanical strength without compromising conductivity. The addition of iron and other elements can further improve hardness, giving it superior wear resistance and structural integrity.

Q2: How can High Silicon Bronze Tube C65500, OD. 10 mm be processed or fabricated?

A2: High Silicon Bronze Tube C65500, OD 10 mm, can be formed using techniques such as cold working, bending, and drawing, due to its ductility and strength. Welding or brazing is also feasible, although ensuring proper filler metals and controlled temperatures is crucial to maintain alloy integrity. Machining is possible with moderate tool wear, and lubrication is recommended to reduce friction and heat build-up, resulting in precise tolerances.

Q3: Which quality standards and certifications apply to High Silicon Bronze Tube C65500, OD. 10 mm?

A3: High Silicon Bronze Tube C65500, OD 10 mm, typically meets or exceeds standards like ASTM B96 for copper-silicon alloys and ASTM B98 for copper-silicon rod, bar, and shapes, indicating consistent chemical composition and mechanical properties. Manufacturers may also comply with ISO 9001 or AS9100 for quality management, ensuring traceability and process control. Additionally, specific industry requirements, such as AMS specifications, may apply for aerospace or other specialised applications.

Related Information

1. Manufacturing Process

Fabrication of the High Silicon Bronze Tube C65500, featuring an OD of 10 mm, often starts with carefully selected ingots. These ingots undergo multiple heating cycles to achieve the optimum temperature range required for shaping, allowing the bronze to retain excellent ductility and strength. Advanced extrusion methods are then used to form the tube shape while maintaining consistent dimensions and a smooth exterior surface. Throughout this phase, computer-assisted equipment helps control temperature gradients, reducing the risk of surface defects.

Precision tooling is crucial to maintain the exact OD of 10 mm required for this particular High Silicon Bronze Tube. Each tube is subjected to automated gauging systems that verify diameter uniformity and concentricity, ensuring the final product adheres to the strict tolerances demanded by critical industries. This meticulous process preserves the alloy’s superior mechanical properties and supports optimal conductivity levels necessary for certain specialised applications.

2. Quality Control Measures

Quality assurance for the High Silicon Bronze Tube C65500 with OD of 10 mm involves systematic inspections at every stage of production. Specialists closely monitor the microstructure through non-destructive tests, such as eddy current and ultrasonic evaluations, to verify internal integrity and consistency. Additionally, hardness and tensile tests confirm that the material remains within predetermined strength ranges, contributing to its reliability in demanding installations.

Inspectors employ specialised measurement equipment that can detect variations as small as a few micrometres. By maintaining thorough documentation, they track any anomalies and implement corrective actions to preserve the alloy’s high-performance characteristics. These stringent protocols guarantee that each tube meets rigorous specifications, rendering the C65500 shape a dependable choice for applications that require excellent resistance to corrosion and high mechanical stability.