CU8140 Low Silicon Bronze Tube C65100, H06, Extra-hard

Low Silicon Bronze Tube C65100, H06, Extra-hard Description

Manufactured from a specialist copper-silicon alloy, our Low Silicon Bronze Tube C65100, H06, Extra-hard provides exceptional mechanical strength, corrosion resistance, and consistent performance in demanding environments. Its composition, combined with the benefits of silicon, offers a balance of formability and durability. This makes it suitable for high-stress applications such as marine hardware, valve stems, and industrial machinery. Whether you require standard lengths or unique, customised dimensions, these tubes can be tailored to meet your precise specifications without affecting quality.

Each tube is produced to meet the stringent ASTM B98/B98M requirements, ensuring reliable and long-lasting results in every application. By selecting our C65100 Low Silicon Bronze Tube, you can trust in the rigorous quality standards and attention to detail that deliver consistent performance and reassurance.

Low Silicon Bronze Tube C65100, H06, Extra-hard Applications

Low Silicon Bronze Tube C65100, H06, Extra-hard is a versatile alloy noted for its excellent strength, ductility, and corrosion resistance. Its durable properties render it well-suited for high-performance applications in demanding conditions. Whether employed in marine environments or industrial systems, this alloy delivers consistent results with minimal maintenance. Engineers and designers rely on its reliability and longevity, ensuring cost-effectiveness and dependable service over an extended lifespan.

1. Marine Applications

·         Pump Shafts: Provide reliable operation in saltwater environments with minimal corrosion.

·         Boat Fittings: Offer secure, long-lasting components for hull installations and deck hardware.

2. Plumbing and Fluid Handling

·         Valve Components: Resist corrosion and maintain dimensional stability under high pressure.

·         Connectors and Couplings: Provide leak-proof joints and dependable performance in fluid transfer systems.

3. Industrial Machinery

·         Wear Plates: Withstand continuous friction and reduce downtime in manufacturing processes.

·         Bushings: Support rotating and sliding mechanisms in equipment for improved operational longevity.

Low Silicon Bronze Tube C65100, H06, Extra-hard Packaging

Low Silicon Bronze Tubes (C65100, H06, Extra-hard) are carefully packaged with durable protective materials to safeguard against impacts and contaminants. Each shipment is vacuum-sealed in specialised plastic film to prevent oxidation and includes desiccant packs for enhanced moisture control. Corrosion-inhibiting oils or VCI papers can be added upon request. Custom packaging options are available, such as labelled crates and foam inserts, ensuring secure, efficient transport aligned with specific customer requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Tube C65100, H06, Extra-hard FAQs

Q1: What are the key material properties of Low Silicon Bronze Tube C65100, H06, Extra-hard?

A1: Low Silicon Bronze Tube C65100, H06, Extra-hard is recognised for its combination of strength, corrosion resistance, and electrical conductivity. With a typical tensile strength exceeding 70 ksi, it offers excellent formability while retaining robust mechanical properties. Its low silicon content imparts improved welding characteristics, making it suitable for joining applications. Additionally, it demonstrates good thermal conductivity and is often utilised in marine and architectural applications.

Q2: How can Low Silicon Bronze Tube C65100, H06, Extra-hard be processed or fabricated?

A2: Low Silicon Bronze Tube C65100, H06, Extra-hard can be formed using standard cold and hot working techniques. Cold drawing is commonly employed to achieve tighter tolerances and improve surface finish. For welding, gas metal arc (GMAW) or TIG processes are preferred. Annealing between intermediate operations can optimise mechanical properties. Machining may require sharp tools and controlled feeds to prevent work-hardening, ensuring consistent dimensional accuracy.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Tube C65100, H06, Extra-hard?

A3: Compliance with ASTM B96 and ASTM B98 ensures that composition, mechanical properties, and dimensional tolerances meet recognised guidelines for Low Silicon Bronze Tube C65100, H06, Extra-hard. These standards verify copper content, silicon levels, and tensile strength. Many manufacturers also adhere to ISO 9001 for quality management, providing traceability and consistent production practices. Customers may request mill test reports to confirm regulatory compliance.

Related Information

1. Material Properties and Advantages

Manufactured from a carefully balanced copper alloy composition, Low Silicon Bronze Tube C65100 in an H06 extra-hard temper delivers notable mechanical strength. It exhibits a distinct balance of high tensile properties and enhanced ductility, making it suitable for environments that require both durability and reliable formability. Thanks to its low silicon content, it also offers increased weldability and a refined surface finish, particularly when fabricated to customised dimensions.

Demonstrating high-tier corrosion resistance, this tube excels in marine and industrial applications where protection from aggressive environments is essential. Besides resisting stress-induced cracking, C65100 excels in its thermal and electrical conductivity, providing key functional benefits for critical systems. These advantages are further complemented by the tube’s ability to undergo versatile machining and forming processes, maintaining consistent performance alongside minimal dimensional tolerances.

2. Applications in Advanced Industries

Trusted for its consistent performance in severe operating conditions, Low Silicon Bronze Tube C65100, H06, extra-hard is widely used in fields such as aerospace and precision engineering. The low silicon composition ensures reduced impurity levels, making it valuable in high-precision assemblies requiring tight component integration. Aerospace engineers often rely on these tubes in intricate hydraulic, fuel, and cooling lines, primarily due to their corrosion-resistant properties and ability to withstand elevated pressures.

Configured with customised dimensions, this bronze tube also supports intricate production demands in industries like electronics and telecommunications. From designing high-frequency conductive pathways to producing robust frames for sensitive devices, its advanced metallurgical profile offers both strength and reliability. As an extra-hard material, it excels in maintaining structural stability, ensuring premium performance in innovative applications across various technical landscapes.