CM7893 Copper Nickel Beryllium Tube C17510 TB00 (A)

Copper Nickel Beryllium Tube C17510 TB00 (A) Description

Our Copper Nickel Beryllium Tube C17510 TB00 (A) is engineered from a high-strength alloy that combines the excellent corrosion resistance of copper nickel with the hardness provided by beryllium. Designed and manufactured in accordance with ASTM B937, these tubes feature customised dimensions to accommodate diverse industrial requirements. The alloy’s superior wear resistance and excellent thermal conductivity make it suitable for demanding or high-temperature applications, while its mechanical properties ensure reliable performance even under extreme conditions.

Committed to exceptional quality standards, our production process maintains rigorous controls to guarantee uniform thickness, precise tolerances, and premium surface finish. This dedication to quality allows our Copper Nickel Beryllium Tube C17510 TB00 (A) to be a trusted choice for applications in marine engineering, chemical processing, and aerospace industries where strength, durability, and long service life are essential.

Copper Nickel Beryllium Tube C17510 TB00 (A) Applications

Renowned for its mechanical strength, corrosion resistance, and electrical conductivity, Copper Nickel Beryllium Tube C17510 TB00 (A) is a highly versatile material used in various demanding environments. With excellent thermal stability and durability, this alloy is ideal for multiple industrial applications that require reliable performance, precision, and long service life, even under extreme conditions.

1. Electronics and Telecommunications Applications

·         High-Frequency Connectors: Provide minimal signal loss and reliable connections in advanced communication systems

·         Wireless Base Station Components: Offer stable conduction and robust design for continuous operation

·         Telecommunication Switch Contacts: Ensure long-lasting performance and low contact resistance

2. Chemical and Marine Applications

·         Corrosion-Resistant Tubing: Withstand harsh chemical environments and seawater exposure

·         Protective Liners for Chemical Tanks: Prevent degradation and extend tank service life

·         Heat Exchangers: Maintain efficient thermal transfer in corrosive or saline conditions

3. Aerospace Applications

·         Aircraft Hydraulic Systems: Deliver strength-to-weight ratio for improved fuel efficiency

·         Satellite Propulsion Elements: Endure extreme temperatures while maintaining structural integrity

Copper Nickel Beryllium Tube C17510 TB00 (A) Packaging

Each Copper Nickel Beryllium Tube C17510 TB00 (A) is carefully packaged with robust wooden crates lined with protective foam. A vacuum seal ensures minimal exposure to airborne contaminants, while corrosion inhibitors prevent moisture damage to the metallic surface. For added protection, tubes are individually wrapped with rust-preventive paper. Packaging options can be customised to specific transport or storage requirements, ensuring safe delivery and maintaining material integrity.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Nickel Beryllium Tube C17510 TB00 (A) FAQs

Q1: What are the key material properties of Copper Nickel Beryllium Tube C17510 TB00 (A)?

A1: Copper Nickel Beryllium Tube C17510 TB00 (A) is known for its balance of mechanical strength, conductivity, and corrosion resistance. The alloy features moderate electrical conductivity (about 45% IACS), excellent fatigue strength, and high wear resistance, making it suitable for demanding applications. Its nickel component increases corrosion resistance in marine or industrial environments, while the addition of beryllium enhances the overall mechanical and thermal properties.

Q2: How can this Copper Nickel Beryllium Tube C17510 TB00 (A) be processed or fabricated?

A2: This alloy can be processed by common metalworking techniques, including forging, hot and cold working, and machining. Due to its moderate hardness and strength, it typically responds well to forming methods with controlled strain rates. Post-process heat treatment, such as age hardening or annealing, can fine-tune mechanical properties for specific applications. Brazing or welding requires specialised procedures to preserve the alloy’s corrosion and mechanical characteristics.

Q3: Which quality standards and certifications apply to Copper Nickel Beryllium Tube C17510 TB00 (A)?

A3: Copper Nickel Beryllium Tube C17510 TB00 (A) typically meets industry guidelines such as ASTM B441 or AMS 4596, ensuring consistent chemical composition, mechanical properties, and dimensional tolerances. Manufacturers may also comply with ISO 9001 for quality management and NADCAP for special processes. These standards confirm rigorous testing, including hardness, tensile strength, and microstructure evaluations, to guarantee that each tube aligns with customer requirements and regulatory expectations.

Related Information

1. Material Properties and Advantages

Combining copper, nickel, and beryllium in the proprietary C17510 TB00 (A) alloy creates a tube material that excels in strength, conductivity, and corrosion resistance. This specific composition ensures reliable performance in challenging environments, maintaining mechanical stability over an extended lifespan. The tube’s customisable dimensions further enhance its versatility, allowing manufacturers to match the requirements of specialised applications precisely.

Extensive research has shown that Copper Nickel Beryllium Tube C17510 TB00 (A) retains excellent ductility while delivering hardness. These properties make it more rigid than conventional copper alloys, yet it remains sufficiently malleable during fabrication. This balance of strength and formability makes it a prime choice for complex system designs, where tubes must endure operational demands without compromising structural integrity.

2. Applications in Advanced Industries

From telecommunications infrastructure to precision medical device assemblies, Copper Nickel Beryllium Tube C17510 TB00 (A) addresses a wide spectrum of demanding applications. Its corrosion resistance is particularly beneficial for marine installations, while its consistent electrical conductivity meets the criteria set by semiconductor manufacturing. Engineers can specify unique dimensions to optimise performance based on each project’s parameters.

In aerospace and avionics, this alloy plays a vital role in delivering fluid conveyance under temperature and pressure variations. Customised tube dimensions foster system designs, granting engineers the freedom to optimise space allocation and streamline component integration. For industries where reliability under stress is essential, these specialised tubes offer a high-performance solution that supports technological developments.