CU8142 Low Silicon Bronze Tube C65100, OD. 6 mm

Low Silicon Bronze Tube C65100, OD. 6 mm Description

Our Low Silicon Bronze Tube, Grade C65100, features a 6 mm outer diameter and is manufactured in accordance with ASTM B98/B98M. Known for its corrosion resistance, this alloy contains a small percentage of silicon, which enhances its mechanical strength while maintaining formability. The result is a tube that offers a balance between structural integrity and ease of fabrication, making it suitable for projects requiring performance in marine, aerospace, and architectural environments.

Produced under strict quality control guidelines, this C65100 alloy ensures consistent dimensional accuracy and metallurgical properties. Its resistance to pitting and stress corrosion cracking extends the service life of components, even in harsh or high-humidity settings. Whether used in hydraulic systems, decorative elements, or specialised hardware, this Low Silicon Bronze Tube delivers durable, high-quality results.

Low Silicon Bronze Tube C65100, OD. 6 mm Applications

Low Silicon Bronze Tube C65100, with a diameter of 6 mm, stands out for its corrosion resistance and good conductivity. This alloy balances mechanical strength with malleability, making it suitable for precise applications that require performance in challenging environments. It is frequently chosen for specialised tasks in the marine, electrical, and industrial fields.

1. Marine and Coastal Applications

·         Corrosion-Resistant Pipework: These tubes excel in saltwater environments, minimising degradation and ensuring stable fluid transport over time.

·         Protective Fittings for Saltwater Equipment: Their strength prevents damage to components exposed to waves, tides, and corrosive salt spray.

2. Electrical and Electronic Components

·         Precision Connectors: The alloy’s electrical conductivity and high dimensional accuracy enable secure, low-loss connections in delicate circuits.

·         Circuit Board Spacers: The 6 mm OD tubes offer reliable support while remaining non-reactive, contributing to stable electronic assemblies.

3. Industrial Fluid Handling

·         Compressed Air Lines: Low Silicon Bronze C65100 tubes can withstand cyclical air pressure conditions without fatigue.

·         Low-Pressure Hydraulic Systems: Controlled flexibility and corrosion resistance make them suitable for fluid transfer in mild to moderately demanding applications.

Low Silicon Bronze Tube C65100, OD. 6 mm Packaging

Each Low Silicon Bronze Tube C65100 with an OD of 6 mm is carefully wrapped with a moisture-resistant film before being vacuum-sealed to prevent oxidation and contamination. Protective end caps and corrosion-inhibiting materials ensure the tubes remain intact during transport. Additional options, such as custom labelling and tailored packaging configurations, are available upon request to accommodate specific handling requirements or branding needs. This approach guarantees safe delivery and optimal protection.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Tube C65100, OD. 6 mm FAQs

Q1: What are the key material properties of Low Silicon Bronze Tube C65100, OD. 6 mm?

A1: Low Silicon Bronze Tube C65100, OD. 6 mm is known for a moderate tensile strength range of approximately 250-480 MPa, good ductility, and strong corrosion resistance. With silicon content typically between 1.0% and 3.0%, it offers enhanced toughness and weldability compared to other copper alloys. Its cold workability and resistance to fatigue corrosion make it suitable for industrial applications requiring strength and durability.

Q2: How can Low Silicon Bronze Tube C65100, OD. 6 mm be processed or fabricated?

A2: Low Silicon Bronze Tube C65100, OD. 6 mm can be formed through various techniques, including cold working, bending, and drawing processes. Its moderate strength and ductility allow for efficient fabrication without excessive risk of cracking. Welding methods such as TIG and MIG can be employed, provided appropriate filler metals are used. Annealing at temperatures between 427°C and 648°C can restore ductility and relieve internal stresses after heavy working.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Tube C65100, OD. 6 mm?

A3: Low Silicon Bronze Tube C65100, OD. 6 mm is typically governed by ASTM B98 for chemical composition and mechanical properties. Additional certifications such as ISO 9001 may apply to manufacturers to ensure consistent quality controls. In marine or specialised applications, standards such as ASTM B111 and AMS 4730 could be relevant. Compliance with RoHS and REACH regulations may also be required, depending on end use.

Related Information

1. Material Properties and Advantages

Made from a carefully balanced copper and silicon composition, the Low Silicon Bronze Tube C65100 stands out for its corrosion resistance and mechanical strength. This grade is especially suited for tubes with a Dia. 6 mm, as the alloy’s durability helps maintain integrity even under harsh operating conditions, such as exposure to marine environments or chemicals.

Engineered to exhibit thermal and electrical conductivity, C65100 tubing conducts heat and current while retaining tensile strength. These tubes also offer wear resistance that helps reduce maintenance costs and prolong service life, making them a choice for manufacturers seeking performance in compact components.

2. Applications in Advanced Industries

Boasting a favourable strength-to-weight ratio and corrosion protection, the Low Silicon Bronze Tube C65100, Dia. 6 mm, has gained prominence in aerospace applications. These industries value compact components that endure high temperatures and corrosive exposures, and C65100 tubing’s stable composition meets these requirements well.

Ranging from specialised instrumentation to high-precision sensor assemblies, the tube shape allows integration into tight spaces. Its uniform outer diameter of 6 mm also enhances compatibility with various technologies, making C65100 tubes an option for engineers seeking performance and design flexibility in industrial settings.