CU8138 Low Silicon Bronze Tube C65100, H02, Half-hard

Low Silicon Bronze Tube C65100, H02, Half-hard Description

Low Silicon Bronze Tube C65100 (H02, Half-hard) provides an effective balance of strength, formability, and corrosion resistance, making it a suitable choice for diverse applications. This alloy contains carefully controlled silicon content to enhance its mechanical properties and ensure excellent weldability. Complying with ASTM B98/B98M standards, each tube is produced under strict quality controls to deliver consistent performance and reliable results.

Thanks to its excellent electrical conductivity and compatibility with various manufacturing processes, C65100 tubing is frequently used in marine components, heat exchangers, power distribution, and decorative architecture. Customers can specify custom dimensions to meet unique project requirements. Each tube undergoes rigorous inspection and testing to conform to industry benchmarks and deliver top-tier quality, ensuring both durability and long-term service under demanding conditions.

Low Silicon Bronze Tube C65100, H02, Half-hard Applications

Low Silicon Bronze Tube C65100 in its H02 half-hard condition offers an excellent combination of strength, corrosion resistance, and machinability. Its versatility makes it suitable for numerous industrial applications that require reliable performance under challenging conditions. From critical marine components to specialised electrical systems, this alloy delivers a dependable balance of durability and conductivity, ensuring effectiveness across diverse sectors.

1. Marine Applications

·         Seawater Piping: Ideal for conduits in corrosive saltwater environments due to its excellent resistance and long service life

·         Heat Exchanger Tubing: Facilitates efficient heat transfer while resisting pitting and biofouling in marine conditions

2. Electrical Components

·         Relay Shells: Provide reliable housing and support for sensitive relay mechanisms in power systems

·         Bus Connectors: Offer sturdy, corrosion-resistant connections that maintain electrical conductivity in high-humidity conditions

3. Industrial Machinery

·         Valve Trim: Delivers durable seating and sealing surfaces, minimising wear and tear in demanding operational environments

·         Hydraulic Cylinders: Ensures smooth, consistent motion control under high pressure and fluctuating temperatures

Low Silicon Bronze Tube C65100, H02, Half-hard Packaging

These Low Silicon Bronze Tubes C65100, in half-hard H02 temper, are carefully packed using protective foam liners, vacuum-sealed polyethylene wraps, and anti-corrosion VCI (Volatile Corrosion Inhibitor) sheets to maintain optimal quality. Each tube is protected against moisture and contaminants, ensuring safe transit. Additionally, packaging customisation is available, including labelling and specialised crate designs, to meet specific shipping and storage needs while preserving product integrity.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Tube C65100, H02, Half-hard FAQs

Q1: What are the key material properties of Low Silicon Bronze Tube C65100, H02, Half-hard?

A1: Low Silicon Bronze C65100 typically contains copper with a small percentage of silicon (about 1.0-2.0%). In the H02 half-hard temper, it offers a balance of strength, ductility, and corrosion resistance, making it suitable for applications in marine, industrial, and architectural environments. Its moderate electrical conductivity allows for specialised uses, while good wear resistance and formability contribute to its versatility in tubing applications.

Q2: How can this Low Silicon Bronze Tube C65100, H02, Half-hard be processed or fabricated?

A2: This alloy can be formed using common cold working techniques such as bending, swaging, and drawing, thanks to its ductility and half-hard temper. It can be machined using standard methods, but sharp tools and proper lubrication are vital to reduce galling. Brazing and soldering are typically effective joining methods. Heat treatment may be used for stress relief, but must be carefully controlled to maintain desired mechanical properties.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Tube C65100, H02, Half-hard?

A3: Common standards include ASTM B111 or ASTM B96, which outline chemical composition, mechanical properties, and dimensional tolerances for copper alloy tubes. Manufacturers often comply with ISO 9001 quality management requirements to ensure consistent production and traceability. Additional certifications, such as ASME Boiler and Pressure Vessel Code (if applicable), may be required in certain high-pressure or specialised applications, underscoring the alloy’s suitability for demanding service conditions.

Related Information

1. Material Properties and Advantages

Low Silicon Bronze Tube C65100, H02, half-hard stands out due to its distinctive balance of strength and malleability. Compared to conventional bronze alloys, it contains relatively low silicon content, resulting in enhanced workability without compromising the durability of its structure. Its tube form, available in customised dimensions, provides architects and engineers with the adaptability needed to design complex components, all while maintaining a sturdy yet flexible product.

When subjected to demanding conditions, this alloy’s thermal and corrosion resistance properties ensure a prolonged service life, making it suitable for a wide variety of applications. The tube shape of this bronze grade also expedites assembly processes, allowing for quicker installations across different industries. Moreover, it experiences minimal distortion under stress, preserving integral geometry in settings that require precision and reliability.

2. Quality Control Measures

In order to maintain consistent performance standards, each Low Silicon Bronze Tube C65100, H02, half-hard product undergoes rigorous inspections throughout the production cycle. Non-destructive testing methods, such as ultrasonic checks, help verify the mechanical integrity of customised tubes, ensuring they meet specified criteria before shipment. This multi-stage evaluation process reduces the likelihood of defects and bolsters end-user confidence in the final product.

Following industry best practices, specialised measurement tools monitor dimensional accuracy and wall thickness to confirm that every tube adheres to the customer’s unique requirements. Hardness tests further validate the half-hard temper, guaranteeing that the alloy’s strength and malleability match expected parameters. These comprehensive quality assurances reflect the dedication to excellence in crafting tubes fit for exacting applications.