CM7888 Copper Nickel Beryllium Rod C17510 TH04 (HT)

Copper Nickel Beryllium Rod C17510 TH04 (HT) Description

Our Copper Nickel Beryllium Rod C17510 TH04 (HT) is a high-strength alloy designed for demanding applications requiring excellent electrical and thermal conductivity. Its unique composition—with trace amounts of beryllium—enhances hardness and wear resistance without compromising the ductility often associated with copper-based materials. This rod meets the exacting requirements of ASTM B441, and dimensions can be fully customised to suit your project’s needs.

Thanks to its corrosion-resistant properties, this alloy is ideal for components exposed to harsh environments in marine, aerospace, and industrial settings. Its superior machinability and formability facilitate the production of complex parts while maintaining tight tolerances. Manufactured under rigorous quality standards, our Copper Nickel Beryllium Rod C17510 TH04 (HT) delivers reliable and consistent performance for a wide range of critical applications.

Copper Nickel Beryllium Rod C17510 TH04 (HT) Applications

Copper Nickel Beryllium Rod C17510 TH04 (HT) is a high-performance alloy known for its excellent strength, conductivity, and corrosion resistance. With a balanced mix of copper, nickel, and beryllium, this material offers exceptional mechanical properties for various industries. Its versatility makes it particularly well-suited for specialised applications where reliability, durability, and thermal stability are critical design requirements.

1. Electronics and Electrical Applications

·         High-Precision Connectors: Provide dependable electrical conductivity and reliable signal transmission in circuit boards and communication systems

·         Switch Contacts: Resist welding and pitting under high loads, ensuring consistent performance in demanding electrical environments

2. Industrial and Automotive Equipment

·         Mould Inserts: Withstand high temperatures and pressures, making them ideal for plastic injection moulding components

·         Transmission Components: Deliver superior wear resistance and strength for reliable operation in powertrain assemblies

3. Marine and Power Generation

·         Pump Shafts: Exhibit excellent corrosion resistance and fatigue strength in saltwater and high-humidity environments

·         Turbine Components: Maintain stability under elevated temperatures, contributing to improved efficiency and longevity of power systems

Copper Nickel Beryllium Rod C17510 TH04 (HT) Packaging

Each Copper Nickel Beryllium Rod C17510 TH04 (HT) is carefully packaged using corrosion-resistant wrapping and vacuum-sealed to preserve surface quality. Additional foam padding safeguards against impact, while moisture-absorbing desiccants protect against humidity. Sealed bags with anti-tarnish treatments further extend product life. Customised packaging options, such as wooden crates or reinforced cartons, are available to accommodate specific handling requirements and ensure safe transit, storage, and delivery.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Nickel Beryllium Rod C17510 TH04 (HT) FAQs

Q1: What are the key material properties of Copper Nickel Beryllium Rod C17510 TH04 (HT)?

A1: Copper Nickel Beryllium Rod C17510 TH04 (HT) is recognised for its excellent strength, hardness, and electrical conductivity, making it ideal for demanding applications. It typically exhibits tensile strengths ranging from 827 to 1 003 MPa, along with good thermal conductivity. Additionally, it offers superior resilience under stress and is resistant to corrosion in harsh environments. The beryllium component enhances hardness, supporting prolonged performance under extreme conditions.

Q2: How can this Copper Nickel Beryllium product be processed or fabricated?

A2: Copper Nickel Beryllium Rod C17510 TH04 (HT) can be processed through various methods, including machining, forging, and cold working. Its moderate hardness allows for efficient turning and milling operations, while heat treatment can refine grain structure and optimise mechanical properties. Welding can be performed, though specialised techniques may be required to prevent thermal damage. Proper tooling and careful handling are vital to avoid potential beryllium exposure.

Q3: Which quality standards and certifications apply to Copper Nickel Beryllium Rod C17510 TH04 (HT)?

A3: Copper Nickel Beryllium Rod C17510 TH04 (HT) typically meets ASTM B441 specifications, ensuring consistency in composition and mechanical attributes. Manufacturers must also comply with ISO 9001 quality management requirements and relevant environmental regulations. Additional testing, such as ultrasonic inspection and hardness verification, is often carried out to guarantee product integrity. Certificates of conformance and material test reports provide traceability and assurance for end users.

Related Information

1. Material Properties and Advantages

Copper Nickel Beryllium Rod C17510 TH04 (HT) exhibits a remarkable balance of strength, conductivity, and corrosion resistance due to its unique composition. The inclusion of nickel and beryllium within the copper alloy enhances tensile properties while preserving electrical and thermal efficiency, making this rod shape ideal for challenging industrial environments. Customised dimensions allow manufacturers to adapt the rod’s diameter and length to fit specific component requirements, ensuring optimal performance in each application.

Through precision heat treatment, these rods achieve impressive mechanical properties without compromising on workability. Their inherent ability to retain strength at elevated temperatures further broadens their use cases in demanding systems. Additionally, the rod’s notable resistance to wear contributes to overall product longevity, reducing maintenance needs and downtime for end users.

2. Applications in Advanced Industries

Aerospace organisations often incorporate Copper Nickel Beryllium Rod C17510 TH04 (HT) into critical components that demand exceptional durability and conductivity. From avionics to satellite systems, the rod’s customised dimensions provide design engineers the flexibility to craft intricately shaped parts. Its ability to withstand high stress over extended periods supports reliability in flight-control mechanisms, sensor assemblies, and other mission-critical devices.

Innovative sectors such as medical technology also find these rods indispensable in surgical instruments, contact probes, and electromedical equipment. Their biocompatibility, combined with high strength, ensures safety and consistent performance. Whether in advanced battery technology or telecommunications hardware, the reliability of this copper alloy rod remains consistent across a broad spectrum of applications.