CM7896 Copper Nickel Beryllium Tube C17510 TH04 (HT)

Copper Nickel Beryllium Tube C17510 TH04 (HT) Description

Copper Nickel Beryllium Tube C17510 TH04 (HT) is an advanced alloy that delivers mechanical strength, excellent conductivity, and corrosion resistance. With customised dimensions available to suit your specific requirements, this tube is engineered for applications that demand performance in harsh or high-temperature environments. The unique composition of copper, nickel, and beryllium ensures durability, reduced wear, and minimal maintenance, making it ideal for critical components in aerospace, marine, and electronics industries.

Adhering to ASTM B937 standards, these tubes undergo quality controls and precision manufacturing processes to ensure uniform wall thickness, consistent hardness, and surface finish. Whether you require conductivity for sensitive electronics or strength for heavy-duty machinery, Copper Nickel Beryllium Tube C17510 TH04 (HT) consistently delivers reliable, long-lasting results. Trust in our commitment to quality and experience the performance benefits of a specialised alloy designed to meet industry standards.

Copper Nickel Beryllium Tube C17510 TH04 (HT) Applications

Crafting advanced alloys for demanding industrial operations, Copper Nickel Beryllium Tube C17510 TH04 (HT) combines strength, corrosion resistance, and thermal conductivity. The material’s properties make it a suitable choice for precision components and critical assemblies in various high-stress environments. Its ability to maintain structural integrity in harsh conditions allows manufacturers to optimise performance and durability across multiple industries.

1. Electronics Applications

·         Precision Connectors: Provide reliable conductivity and reduced signal loss for data transmission components in circuit boards.

·         Thermal Management Components: Enhance heat dissipation in power electronics and circuit assemblies exposed to high operating temperatures.

2. Automotive Applications

·         Fuel Delivery Systems: Offer corrosion-resistant tubing solutions for fuel lines and injector assemblies operating under elevated pressures.

·         Powertrain Components: Deliver high-strength, lightweight parts that maintain mechanical integrity in engines and transmission units.

3. Aerospace Applications

·         High-Strength Fasteners: Withstand vibration and temperature fluctuations in aircraft structures.

·         Heat Exchanger Tubing: Facilitate efficient heat transfer while resisting oxidation and stress in avionics cooling systems.

Copper Nickel Beryllium Tube C17510 TH04 (HT) Packaging

Copper Nickel Beryllium Tube C17510 TH04 (HT) is packaged in durable, moisture-resistant materials, with vacuum sealing to prevent oxidation. Corrosion inhibitors are applied inside the wrapping to ensure storage life. Foam or corrugated liners protect against impacts during transit. We can tailor packaging options – from labeling to custom-sized crates – according to customer requirements. Our meticulous care preserves material integrity and quality.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Nickel Beryllium Tube C17510 TH04 (HT) FAQs

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

A1: Copper Nickel Beryllium Tube C17510 TH04 (HT) exhibits a combination of high strength, conductivity, and corrosion resistance. With a typical beryllium content of around 1.6–2.0%, it provides hardness and stability under thermal stress. Its nickel incorporation ensures wear resistance and performance in demanding environments. Additionally, this alloy maintains formability and reduced magnetic permeability, making it suitable for advanced electronic and mechanical applications.

Q2: What processing methods are commonly used for Copper Nickel Beryllium Tube C17510 TH04 (HT)?

A2: Processing and fabrication of Copper Nickel Beryllium Tube C17510 TH04 (HT) typically involve cold or hot working, followed by solution annealing and age hardening to achieve properties. This alloy can be precision-machined using carbide tools and controlled cutting parameters to manage work hardening. Efficient welding methods, such as TIG or resistance welding, can also be employed, although stringent cleaning and filler metal selection are critical to maintain structural integrity.

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

A3: Quality standards and certifications for Copper Nickel Beryllium Tube C17510 TH04 (HT) commonly include ASTM B441 or ASTM B534 for chemical and mechanical requirements. Compliance with industry-specific specifications like AMS 4533 or AMS 4534 may also be required, depending on the application. Furthermore, manufacturing processes often follow ISO 9001 or AS9100 guidelines, ensuring product traceability, conformity to tolerances, and reliable performance in aerospace and other critical industries.

Related Information

1. Manufacturing Process

Manufacturing Copper Nickel Beryllium Tube C17510 TH04 (HT) requires a series of precise production steps to maintain the balance of nickel, copper, and beryllium elements. Each tube is shaped from alloy billets, which are extruded or drawn with close dimensional tolerances. This ensures that the product meets the requirements for strength, conductivity, and corrosion resistance. During the manufacturing stage, customised dimensions are accommodated to fit industrial applications, demonstrating the versatility of this alloy.

In addition to shaping, each tube undergoes a controlled heat treatment to achieve the TH04 (HT) condition. Through heating and cooling cycles performed at specific temperatures, the alloy’s crystal structure refines to deliver mechanical properties. This process guarantees the finished tube’s resilience against mechanical stress, making it suitable for environments while retaining its capability to conduct electricity.

2. Research and Development

Further improvement of Copper Nickel Beryllium Tube C17510 TH04 (HT) involves exploration of alloy formulations and fabrication techniques. Researchers continuously test different tempering methods to enhance strength and conductivity without compromising the material’s ductility. By using prototype tubes in trial environments, R&D teams collect performance data and apply findings to refine production protocols for reliability and customisation capabilities.

Technological breakthroughs in computational modelling also play a role in optimising tube designs. Through simulations, the scientific community evaluates how varying manufacturing parameters affect durability, corrosion behaviour, and conductivity. These findings feed directly into the development of Copper Nickel Beryllium Tubes that meet evolving industry demands, setting benchmarks for material performance in specialised applications.