CU8124 Low Silicon Bronze Bar C65100, H04, Hard

Low Silicon Bronze Bar C65100, H04, Hard Description

Our Low Silicon Bronze Bar C65100 (H04, Hard) is a premium solution for applications requiring excellent formability, high strength, and superior corrosion resistance. Manufactured to ASTM B98/B98M standards, this versatile copper-alloy product features a refined blend of copper, silicon, and other elements, making it highly resistant to wear, abrasion, and harsh operating environments. Whether you need a reliable material for marine fittings, precision machine components, or electrical connectors, these bars deliver outstanding performance and consistency.

We offer fully customised dimensions to ensure a perfect fit for your project needs. Our strict adherence to quality control processes guarantees compliance with industry standards, providing you with a robust material that upholds its structural integrity under demanding conditions. Choose our Low Silicon Bronze Bar C65100 for your critical applications, and benefit from enhanced durability, optimum workability, and long-lasting reliability.

Low Silicon Bronze Bar C65100, H04, Hard Applications

Low Silicon Bronze Bar C65100, H04, Hard is known for its impressive mechanical strength, excellent corrosion resistance, and remarkable formability. Because of these attributes, it is a valuable material in a wide range of industrial and commercial settings. The metal’s wear resistance and thermal conductivity also make it a top choice for demanding environments, ensuring reliable, long-lasting performance.

1. Marine and Shipbuilding Applications

·         Propeller Shafts: The alloy’s resistance to saltwater corrosion and wear makes it ideal for manufacturing reliable and efficient propeller shafts.

·         Deck Fittings: Due to its high strength and ease of fabrication, it is commonly used in deck cleats, brackets, and other shipboard fixtures.

2. High-Speed Machining Applications

·         Cutting Tools: The hardness and durability of this bronze alloy contribute to producing sharp, long-lasting cutting edges.

·         Machined Parts: Its excellent machinability ensures precise components for high-stress applications such as gears and bushings.

3. Electrical and Construction Applications

·         Switch Gears: The alloy’s impressive conductive properties make it suitable for components that handle electrical currents.

·         Door Hardware: Its corrosion resistance and appealing finish offer longevity and aesthetic appeal in architectural fixtures.

Low Silicon Bronze Bar C65100, H04, Hard Packaging

Low Silicon Bronze Bar C65100, H04, Hard bars are meticulously wrapped in moisture-resistant sheeting for impact protection, then vacuum-sealed to prevent oxidation. A corrosion inhibitor is applied before sealing, and the bars are securely packed into custom-sized wooden crates or sturdy cardboard boxes. Additional branding and labelling services can be provided upon request, ensuring a tailored solution for each shipment while maintaining product integrity during transit.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Bar C65100, H04, Hard FAQs

Q1: What are the key material properties of Low Silicon Bronze Bar C65100, H04, Hard?

A1: Low Silicon Bronze Bar C65100, H04, Hard is a copper-based alloy containing a small percentage of silicon, which enhances strength and corrosion resistance. Its uniform grain structure and excellent thermal and electrical conductivity make it suitable for various industrial applications. In the H04 temper, it features increased hardness, superior machinability, and substantial durability, enabling long service life even in demanding environments.

Q2: How can Low Silicon Bronze Bar C65100, H04, Hard be processed or fabricated?

A2: This alloy can be hot or cold worked, with processes such as rolling, drawing, and forging commonly employed to achieve the desired shapes and dimensions. Its moderate silicon content improves hot workability while maintaining excellent ductility. Machining typically involves using high-quality cutting tools with proper lubrication to minimise tool wear. Heat treatment is rarely necessary but can refine grain structure if required.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Bar C65100, H04, Hard?

A3: Typical certifications for Low Silicon Bronze Bar C65100, H04, Hard include compliance with ASTM B98, which covers copper-silicon rod, bar, and shapes. Additionally, manufacturers often adhere to ISO 9001 for quality management and may provide material test reports verifying chemical composition and mechanical properties. Ensuring conformity to these standards ensures consistent product performance, traceability, and reliable service in high-demand applications.

Related Information

1. Manufacturing Process

Low Silicon Bronze Bar C65100 in the H04 hard temper undergoes a carefully controlled fabrication sequence to achieve its dependable mechanical properties and precise customised dimensions. Each bar is formed using high-quality copper alloy combined with a reduced silicon content, ensuring optimal malleability during initial deformation. After casting and rolling, specialised heat treatments are administered at precise intervals, enhancing the metal’s tensile strength and corrosion resistance. This method helps maintain a uniform grain structure, critical for demanding applications where both ductility and conductivity are necessary.

Throughout each manufacturing stage, continuous monitoring technology is utilised to track the bar’s dimensions and material integrity. Advanced sensors confirm that each bar meets the client’s required size specifications, whether they demand tight tolerances for miniature components or larger cross sections for structural elements. Detailed data logs preserve a record of every process, enabling traceability and assuring purchasers of consistent, high-performing Low Silicon Bronze Bar C65100 in H04 hard temper.

2. Applications in Advanced Industries

From aerospace to marine engineering, Low Silicon Bronze Bar C65100 proves essential where resilience against harsh operational conditions is paramount. The material’s corrosion resistance, combined with its capacity for custom shaping, enables designers to implement practical solutions in sensitive equipment exposed to saltwater, chemicals, and extreme temperatures. Its electrical conductivity further enhances its appeal for avionics and automated systems that rely on precise signal transmission.

Customisable bar configurations also lend themselves to critical components in automotive testing, high-frequency welding systems, and power generation units. Clients benefit from the alloy’s ability to retain dimensional stability even under cyclic loads, reducing the risk of operational failures in demanding environments. These features make C65100 an excellent choice for industries pursuing reliable performance, efficient assembly, and extended service life in their specialised applications.