CM7894 Copper Nickel Beryllium Tube C17510 TD04 (H)

Copper Nickel Beryllium Tube C17510 TD04 (H) Description

This Copper Nickel Beryllium Tube, crafted from premium Grade C17510 TD04 (H) alloy, offers a balanced combination of high strength, conductivity, and corrosion resistance. With customised dimensions adhering to ASTM B937 standards, each tube undergoes rigorous quality checks for dimensional accuracy and performance reliability. The Copper Nickel Beryllium composition provides excellent wear resistance and stress relaxation properties, making it well-suited for demanding industrial environments.

Common applications include electronic connectors, aerospace components, and precision mechanical parts, where durability and conductivity are paramount. Thanks to its stable physical and mechanical characteristics, this alloy consistently delivers dependable performance under elevated temperatures and harsh conditions. Choose C17510 TD04 (H) Copper Nickel Beryllium tubes for solutions that meet strict quality standards and excel in critical operational requirements.

Copper Nickel Beryllium Tube C17510 TD04 (H) Applications

Beryllium Copper and Copper Nickel Beryllium alloys, especially the C17510 TD04 (H) grade, offer a proven combination of strength, conductivity, and corrosion resistance. This distinctive blend of properties fosters a wide range of applications in various industries. From electronics to aerospace, these tubes are highly sought after for their enhanced fatigue life, dimensional stability, and excellent formability, making them a reliable choice for critical operations.

1. Electronics and Electrical Systems

·         High-Frequency Connectors: Provide stable conduction for radio-frequency and microwave circuits

·         Switch and Relay Components: Maintain reliable conductivity under mechanical stress

2. Marine and Offshore Applications

·         Seawater-Resistant Piping: Withstand saltwater exposure with minimal corrosion

·         Marine Heat Exchangers: Prevent fouling while operating under high-pressure conditions

3. Aerospace

·         Hydraulic System Tubing: Ensure dependable fluid flow in extreme temperature ranges

·         Satellite Antenna Support Structures: Combine mechanical integrity with reliable conductivity in outer space applications

Copper Nickel Beryllium Tube C17510 TD04 (H) Packaging

Each Copper Nickel Beryllium Tube C17510 TD04 (H) is packed with robust protective materials, including shock-absorbing foam and a sealed polyethylene layer, ensuring minimal abrasion. A dedicated vacuum packaging process preserves quality by expelling moisture and air particles, thereby guarding against corrosion. Packaging can be fully customised to meet size, weight, or labelling requirements. Corrosion inhibitors and secure closures further enhance product integrity during transit.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Nickel Beryllium Tube C17510 TD04 (H) FAQs

Q1: What are the key material properties of Copper Nickel Beryllium Tube C17510 TD04 (H)?

A1: Copper Nickel Beryllium Tube C17510 TD04 (H) is known for its excellent strength-to-weight ratio, combining high tensile strength with good electrical and thermal conductivity. Its nickel and beryllium additions enhance hardness and resistance to wear, making it suitable for demanding mechanical applications. The alloy exhibits superior corrosion resistance, especially in marine environments, and maintains consistent performance across a range of operating temperatures.

Q2: How can Copper Nickel Beryllium Tube C17510 TD04 (H) be processed or fabricated?

A2: This alloy can be shaped using conventional metalworking methods such as drawing, bending, and machining. Heat treatments such as solution annealing and age hardening are often employed to optimise mechanical properties. While welding is possible with appropriate filler materials, brazing may be preferred to minimise thermal distortion. Careful control of process parameters, including preheating and post-weld treatments, ensures optimal microstructure and prevents cracking.

Q3: Which quality standards and certifications apply to Copper Nickel Beryllium Tube C17510 TD04 (H)?

A3: Copper Nickel Beryllium alloys often adhere to specifications such as ASTM B643 and AMS 4533 for compositional and dimensional accuracy. Quality management systems certified to ISO 9001 help maintain manufacturing consistency and traceability. Additional standards, such as those imposed by aerospace agencies, may apply if the product is destined for critical applications. Compliance with industry-specific regulations ensures reliable performance and material integrity.

Related Information

1. Applications in Advanced Industries

The Copper Nickel Beryllium Tube C17510 TD04 (H) is recognised for its remarkable balance of thermal and electrical conductivity, making it a top choice for numerous specialised sectors. From aerospace systems requiring robust, fatigue-resistant components to medical devices that demand precision under fluctuating conditions, this tube meets exacting performance standards. Its unique composition allows for a stable microstructure, which supports reliable operation even in extreme temperatures and corrosive environments.

As a consequence of its superior strength and resistance to wear, the tube sees broad usage where materials must endure episodic or continuous high-stress loads. In particular, engineers embrace its customised dimensions to seamlessly integrate these tubes into machinery operating under rigorous conditions. Whether needed for propulsion systems or complex sensor arrays, the Copper Nickel Beryllium Tube C17510 TD04 (H) continues to receive extensive attention within engineering communities due to its versatility and long-term operational benefits.

2. Manufacturing Process

During the fabrication of Copper Nickel Beryllium Tube C17510 TD04 (H), producers focus on achieving uniform grain structure throughout the customised dimensions. Melting and alloying take place in carefully controlled furnaces, ensuring that each tube maintains a consistent combination of nickel, copper, and beryllium elements. This regulated approach eliminates impurities while enhancing overall ductility and mechanical stability, key factors in delivering high-calibre tubes that withstand demanding operational requirements.

Specialised drawing and tempering procedures follow, where the tube’s diameters and wall thicknesses are precisely adjusted. Skilled technicians apply tailored heat treatments that lock in the desired hardness for the “H” temper, doubling down on the inherent strength of the C17510 grade. This attention to detail provides reliable, repeatable results, confirming that every batch of customised tubes fulfils the tightly specified parameters required by advanced engineering disciplines.