CM7890 Copper Cobalt Beryllium Tube C17500 TD04 (H)

Copper Cobalt Beryllium Tube C17500 TD04 (H) Description

Copper Cobalt Beryllium Tube C17500 TD04 (H) is valued for its exceptional strength, conductivity, and durability. Formulated with a precise balance of copper, cobalt, and beryllium, this alloy offers remarkable resistance to fatigue and corrosion, making it suitable for critical applications. Each tube is manufactured in accordance with ASTM B937, ensuring reliable, consistent performance across a range of demanding environments. Custom dimensions are available to meet specific product requirements, guaranteeing a tailored solution for varied industrial needs.

Thanks to its high strength-to-weight ratio and stable mechanical properties at elevated temperatures, C17500 TD04 (H) excels in aerospace, automotive, and electronics applications. Common uses include tooling components, moulds, and conductive parts where durability is essential. Each tube undergoes strict quality checks to maintain high standards, providing a long-lasting, cost-effective choice for precision engineering projects.

Copper Cobalt Beryllium Tube C17500 TD04 (H) Applications

Copper Cobalt Beryllium Tube C17500 TD04 (H) is a specialised alloy that combines exceptional strength, conductivity, and corrosion resistance. Its unique properties make it an ideal choice for components subjected to extreme stress or harsh environments. Manufacturers value its weldability and machinability, ensuring efficient processing. From high-tech electronics to heavy-duty industrial equipment, this versatile alloy excels in diverse applications.

1. Industrial and Manufacturing Applications

·         High-Stress Rollers: Deliver reliable performance in environments with intense friction and load

·         Wear-Resistant Bushings: Provide extended service life and reduced maintenance costs

·         Precision Moulds: Offer excellent dimensional stability for complex forming operations

2. Electronics and Power Distribution

·         Conductive Bus Bars: Enhance conductivity and reduce energy loss in power grids

·         Switching Components: Perform reliably under frequent operational cycles

·         Grounding Systems: Maintain secure and stable electrical connections

3. Aerospace

·         Landing Gear Couplings: Resist deformation under heavy mechanical loads

·         High-Temperature Seals: Retain structural integrity even in elevated operating conditions

·         Vibration-Resistant Fittings: Minimise fatigue in critical aircraft assemblies

Copper Cobalt Beryllium Tube C17500 TD04 (H) Packaging

Each Copper Cobalt Beryllium Tube C17500 TD04 (H) is carefully wrapped in corrosion-resistant materials, vacuum-packed for dryness, and placed within sturdy, foam-padded cartons. Protective films and sealed desiccant pouches help guard against moisture and oxidation. We offer custom packaging configurations, including specialised crate dimensions and labelling. These measures ensure product integrity during transit and storage, while meeting your unique shipping and handling requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Cobalt Beryllium Tube C17500 TD04 (H) FAQs

Q1: What are the key material properties of Copper Cobalt Beryllium Tube C17500 TD04 (H)?

A1: Copper Cobalt Beryllium Tube C17500 TD04 (H) is a high-performance copper alloy offering a unique balance of strength, conductivity, and hardness. Its cobalt and beryllium content contribute to elevated mechanical properties while maintaining good corrosion resistance. This alloy also exhibits improved thermal conductivity compared to standard copper alloys, making it suitable for demanding applications where efficient heat dissipation and structural stability are essential.

Q2: How can this product be processed or fabricated?

A2: Copper Cobalt Beryllium Tube C17500 TD04 (H) can be fabricated using various metalworking techniques such as cold drawing, bending, and machining. Preheating may improve workability, while proper lubrication helps reduce wear on tooling. Post-fabrication heat treatments, including solution annealing and age hardening, are often employed to optimise mechanical properties. All processing steps should be carefully monitored to prevent material damage and maintain consistent dimensional accuracy.

Q3: Which quality standards and certifications apply to Copper Cobalt Beryllium Tube C17500 TD04 (H)?

A3: Quality standards for Copper Cobalt Beryllium Tube C17500 TD04 (H) typically encompass ASTM B441 or equivalent specifications that outline chemical composition, mechanical properties, and dimensional tolerances. Manufacturers may also adhere to ISO 9001 or AS9100 certifications to ensure robust production controls and traceability. Strict lot-to-lot testing, including hardness, conductivity, and tensile checks, helps guarantee product consistency and compliance with application-specific requirements.

Related Information

1. Manufacturing Process

Meticulously controlling heat treatment parameters is a critical aspect of producing Copper Cobalt Beryllium Tube C17500 TD04 (H) in custom dimensions. By closely managing the alloy’s thermal cycle, manufacturers can achieve the precise combination of hardness, ductility, and tensile strength required for high-performance applications. In particular, attention to the ageing process ensures that the cobalt and beryllium content within the copper matrix is evenly distributed, enhancing the tube’s overall stability and durability.

Through advanced drawing techniques, these tubes are formed to meet exacting customer specifications. Further processing, which may include precision annealing and cold working, allows for customised dimensional tolerances. This level of tailoring ensures that each Copper Cobalt Beryllium Tube C17500 TD04 (H) is optimised for its intended role, whether in complex assemblies or high-stress operational settings.

2. Applications in Advanced Industries

Combining traditional copper characteristics with the added benefits of cobalt and beryllium, these tubes have established a niche in demanding sectors such as aerospace, electronics, and offshore drilling. Factors such as the alloy’s high thermal conductivity, excellent corrosion resistance, and good weldability make it essential for high-vacuum systems and sensitive electronic components. In aerospace, the low coefficient of thermal expansion helps maintain stability under extreme temperature variations.

Filling the gap where standard copper products may fall short, Copper Cobalt Beryllium Tube C17500 TD04 (H) brings superior mechanical properties without sacrificing design flexibility. Customised dimensioning plays a pivotal role in sensitive production lines, enabling precise fits within robust assemblies. This adaptability ensures that both emerging and well-established industries can benefit from the unique features that this alloy provides, driving innovation across multiple fronts.