CM7884 Copper Cobalt Beryllium Rod C17500 TH04 (HT)

Copper Cobalt Beryllium Rod C17500 TH04 (HT) Description

Experience the performance of our Copper Cobalt Beryllium Rod C17500 TH04 (HT), available in custom dimensions to meet your specific needs. Engineered with a precise balance of cobalt and beryllium, this high-strength copper alloy delivers exceptional mechanical properties, including wear resistance and thermal conductivity. Whether you require components for aerospace, automotive, or industrial applications, these rods provide reliable performance under demanding conditions.

Manufactured in compliance with ASTM B441 standards, our Copper Cobalt Beryllium Rods are carefully inspected and certified to ensure consistency and quality. The TH04 (HT) temper enhances the alloy’s strength and durability, making it suitable for critical applications. Choose our C17500 rods to achieve results in projects where both reliability and adaptability are crucial.

Copper Cobalt Beryllium Rod C17500 TH04 (HT) Applications

Copper Cobalt Beryllium Rod C17500 TH04 (HT) is renowned for its combination of strength, conductivity, and corrosion resistance. The addition of cobalt and beryllium enhances hardness while maintaining thermal stability under high-stress conditions. As a result, it proves invaluable across diverse industries, where reliability and long service life are essential. Below are several key application categories demonstrating the rod’s broad utility and performance benefits.

1. Electronics and Electrical

·        High-Strength Switch Contacts: The rod’s conductivity and hardness ensure reliable connections and minimal wear in critical switching mechanisms.

·        Semiconductor Heat Spreaders: Thermal conductivity helps transfer heat away from sensitive components, improving device efficiency and longevity.

2. Industrial Tooling

·        Wear-Resistant Moulds: The rod’s resilience under extreme pressures and temperatures extends mould life in plastic injection and die-casting applications.

·        Durable Punch and Die Inserts: Hardness and service life reduce downtime and replacements in high-volume metal forming operations.

3. Aerospace

·        Aircraft Landing Gear Bushings: Load-bearing capacity and fatigue resistance enable performance under demanding flight cycles.

·        Radar System Components: The combination of strength and conductivity ensures signal transmission and mechanical integrity in advanced systems.

Copper Cobalt Beryllium Rod C17500 TH04 (HT) Packaging

Copper Cobalt Beryllium Rod C17500 TH04 (HT) packaging is designed to maintain product integrity. The rods are wrapped in protective materials such as foam or VCI paper to prevent scratches and corrosion. They are then placed in vacuum-sealed bags to avoid moisture intrusion and may include moisture-absorbing desiccants for protection. Packaging can also be customised with specific dimensions, labelling, or extra protective layers to meet diverse application requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Cobalt Beryllium Rod C17500 TH04 (HT) FAQs

Q1: What are the key mechanical and electrical properties of Copper Cobalt Beryllium Rod C17500 TH04 (HT)?

A1: Copper Cobalt Beryllium Rod C17500 TH04 (HT) provides a dual advantage of high strength and notable electrical conductivity. Its tensile strength typically ranges from 620 to 830 MPa, while retaining around 45–60% IACS conductivity. This alloy achieves hardness after age hardening and maintains thermal conductivity. Additionally, it exhibits good machinability and corrosion resistance, making it suitable for components requiring wear resistance under high loads.

Q2: Which fabrication and heat treatment processes are recommended for Copper Cobalt Beryllium Rod C17500 TH04 (HT)?

A2: C17500 TH04 (HT) can be effectively processed using standard fabrication techniques such as forging, rolling, and extrusion. Preheating between 315–430°C helps reduce stress, while solution annealing at approximately 870°C prior to rapid quenching boosts the alloy’s heat-treat response. After annealing, an aging heat treatment at 480–540°C optimises hardness and mechanical properties. Proper control of temperature and time is crucial for achieving consistent performance results.

Q3: What quality standards and certifications typically apply to Copper Cobalt Beryllium Rod C17500 TH04 (HT)?

A3: Copper Cobalt Beryllium Rod C17500 TH04 (HT) is commonly produced and tested to meet ASTM B441 requirements for copper-cobalt-beryllium alloys. It may also comply with various AMS (Aerospace Material Specifications) depending on the intended application. Manufacturers often hold ISO 9001 or AS9100 certifications to ensure consistent quality management. Additionally, testing may include ultrasonic inspections, hardness evaluations, and dimensional checks to confirm adherence to industry specifications.

Related Information

1. Research and Development

Research initiatives centred on Copper Cobalt Beryllium Rod C17500 TH04 (HT) emphasise refining heat treatment protocols and controlling microstructure to achieve consistent mechanical properties. These efforts enhance conductivity, tensile strength, and corrosion resistance, attributes essential for industries requiring reliable performance in harsh environments. Engineers continuously analyse the rod’s composition to further elevate its structural integrity, employing advanced techniques that ensure uniform alloy distribution and precise mechanical attributes.

Collaborations between academic institutions and manufacturers have paved the way for advancements in alloy development. By systematically testing varied heat treatment regimes on C17500 rods, researchers aim to optimise strength-to-weight ratios and improve machinability for customised dimensions. This dedicated approach to research and development increases the technology readiness of Copper Cobalt Beryllium materials and positions the TH04 (HT) variant at the forefront of innovation in sophisticated industrial applications.

2. Global Market Trends

The adoption of Copper Cobalt Beryllium Rod C17500 TH04 (HT) stems from rising international demand for materials that exhibit conductivity and endurance. As global manufacturing hubs diversify, the rod’s customised dimensions allow production lines to adapt swiftly to evolving consumer requirements, enhancing competitiveness in sectors such as aerospace, automotive, and electronics. This trend is evident in both established markets and emerging economies, indicating a move towards high-performance alloy solutions.

The influx of precision engineering processes has made top-grade copper alloys increasingly appealing to companies seeking reliability. Analysts anticipate steady growth in the Copper Cobalt Beryllium Rod segment, particularly for the C17500 TH04 (HT) grade, as more industries recognise the advantageous cost-to-performance ratio of dependable, corrosion-resistant rods. In response to this momentum, suppliers continue to expand manufacturing capacities, signalling ongoing confidence in this advanced alloy’s prominence.