CU8141 Low Silicon Bronze Tube C65100, OD. 3 mm

Low Silicon Bronze Tube C65100, OD. 3 mm Description

Experience the performance of our Low Silicon Bronze Tube C65100, precisely crafted with a 3 mm outer diameter to meet ASTM B98/B98M standards. Renowned for its corrosion resistance, mechanical strength, and formability, this alloy is a choice for various applications in marine environments, architectural projects, and precision instrumentation. The low silicon content enhances weldability and ensures minimal oxidation, resulting in improved long-term performance and reliability.

Produced under stringent quality controls, each tube undergoes testing to guarantee consistency and durability. With its fine-grain structure, this C65100 bronze tube offers machinability and dimensional stability, making it ideal for critical components where precision is important. Choose our Low Silicon Bronze Tube C65100 for quality and reliability in demanding applications.

Low Silicon Bronze Tube C65100, OD. 3 mm Applications

Low Silicon Bronze Tube C65100, with an outer diameter of 3 mm, is known for its forming properties, durability, and ability to resist corrosion. Its composition delivers reliable performance across a range of industries, from electronics to marine engineering. This alloy is used in environments requiring structural integrity, consistent electrical conductivity, and wear resistance. The tubes are applied in precision instruments, heat exchangers, and more.

1. Electronics and Electrical Applications

·         EMI Shielding Components: The tube’s conductivity and non-magnetic properties help reduce electromagnetic interference in sensitive electronics.

·         Connector Fittings: Its precise 3 mm diameter and corrosion resistance make it suitable for reliable plug and socket assemblies.

2. Marine and Industrial Hardware

·         Corrosion-Resistant Shafts: Low Silicon Bronze Tube C65100 withstands harsh saltwater and chemical environments, improving component longevity.

·         Pump Components: Its dimensional stability and strength under pressure ensure operation in fluid-handling systems.

3. Instrumentation and Measurement

·         Pressure Gauges: The consistent internal profile of these tubes supports accurate readings in high-precision monitoring equipment.

·         Sensor Housings: The alloy’s ability to resist wear and maintain form makes it an ideal protective enclosure for measurement devices.

Low Silicon Bronze Tube C65100, OD. 3 mm Packaging

This Low Silicon Bronze Tube (C65100) with an outside diameter of 3 mm is packaged in vacuum-sealed plastic to prevent oxidation, moisture ingress, and dust accumulation. Each tube is encased in protective foam or corrugated sleeves to mitigate handling damage. Anti-corrosion agents safeguard surface integrity during transit and storage. Packaging dimensions can be tailored to specific requirements, with additional protective layers or labelling options available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Tube C65100, OD. 3 mm FAQs

Q1: What are the key material properties of Low Silicon Bronze Tube C65100, OD. 3 mm?

A1: Low Silicon Bronze Tube C65100 typically contains about 97% copper and 1.0–2.0% silicon, with small amounts of iron or other elements. This composition promotes ductility, moderate tensile strength, and notable corrosion resistance in various environments. Its thermal conductivity and ease of formability make it suitable for applications. Additionally, it displays good stress relaxation properties, which helps maintain dimensional stability under load.

Q2: How can Low Silicon Bronze Tube C65100, OD. 3 mm be processed or fabricated?

A2: Low Silicon Bronze Tube C65100, OD. 3 mm can be processed using forming methods such as bending, swaging, and drawing. It demonstrates machinability, allowing precision cutting and drilling when appropriate tooling is used. It can also be joined using brazing or welding techniques that account for its moderate silicon content. Heat treatment may be employed to fine-tune mechanical properties, enhancing toughness or ductility.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Tube C65100, OD. 3 mm?

A3: Low Silicon Bronze Tube C65100, OD. 3 mm commonly complies with ASTM B98 or related specifications defining composition, mechanical properties, and dimensional tolerances. In addition, manufacturers may follow ISO 9001 or AS9100 certification for quality management, ensuring traceability and product integrity. Some industries may require compliance with EU directives (e.g., PED) for pressure equipment, depending on the intended application’s regulatory environment.

Related Information

1. Manufacturing Process

Control of each production stage ensures the Low Silicon Bronze Tube C65100, measuring an outer diameter of 3 mm, achieves mechanical properties and dimensional accuracy. Extrusion techniques form the alloy into a tube, reducing any risk of structural weakness and preserving the distribution of silicon throughout the metal. Monitoring allows adjustments in temperature, pressure, and feed rate, ensuring that every tube is produced with minimal surface imperfections and meets specifications.

Efficient annealing and cooling cycles follow the initial shaping to refine the bronze’s microstructure. By modulating heat treatments, the resulting tubes exhibit tensile strength and machinability. This process also ensures a surface finish that maintains the tubing’s functional advantage for applications, from electronics assemblies to instrumentation requiring small-diameter, corrosion-resistant components.

2. Comparative Analysis with Alternative Materials

Comparing Low Silicon Bronze Tube C65100 (OD. 3 mm) with copper-based alloys highlights its balance of elongation and ductility. While brasses may offer cost efficiency, they often do not match the combination of electrical conductivity, formability, and resistance to stress corrosion present in this grade of bronze. These properties make C65100 Tube a suitable material for projects requiring small-diameter tubing solutions.

Stainless steel tubes of comparable size may provide benefits in high-temperature stability and strength. However, they frequently weigh more and require different tooling for fabrication, making them less versatile in precision applications. The electrical properties and moderate strength of Low Silicon Bronze Tube C65100 frequently position it as a more suitable option when conductivity, ease of forming, and corrosion resistance are important.