CM7917 Copper Beryllium Rod C17000, TF00 (AT)

Copper Beryllium Rod C17000, TF00 (AT) Description

Copper Beryllium Rod C17000 (TF00, AT) offers an exceptional blend of mechanical strength, electrical conductivity, and corrosion resistance. Its unique composition delivers high fatigue strength and minimal wear, making it suitable for demanding environments in the aerospace, automotive, and electronics sectors. Manufactured according to the ASTM B196 standard, this premium rod meets stringent quality requirements to ensure consistent, reliable performance.

Fully customisable in terms of dimensions, our Copper Beryllium Rod C17000 suits diverse project specifications and fabrication methods. The alloy’s excellent machinability contributes to efficient production while maintaining strict tolerance control. Whether you require a durable component for critical connectors, springs, or high-performance sensors, this rod delivers the strength and stability necessary for long-lasting performance without compromising on quality.

Copper Beryllium Rod C17000, TF00 (AT) Applications

Beryllium copper rods, specifically designated as C17000 in the TF00 (AT) condition, provide a superior combination of strength, conductivity, and corrosion resistance. This specialised alloy excels in demanding environments, making it well-suited for sectors ranging from aerospace to electronics. The unique metallurgical properties of Copper Beryllium Rod C17000 ensure reliable performance and tool longevity, meeting the requirements of advanced applications across several key sectors.

1. Electronics Applications

·         Connectors and Contacts: Beryllium copper rods help create reliable conductive paths, optimising signal integrity in critical circuits.

·         Switching Components: With high wear resistance, these rods maintain repeatable open/close functionalities under frequent use.

2. Industrial Tooling and Moulds

·         Injection Moulding Inserts: Enhanced hardness and thermal conductivity improve cycle times and reduce wear in production.

·         Die-Casting Dies: Superior corrosion resistance and toughness extend tool life in high-temperature operations.

3. Aerospace

·         Guidance System Components: Precise machining tolerances and stable mechanical properties ensure accurate performance.

·         Lightweight Structural Elements: High strength-to-weight ratio meets demanding aerospace requirements while resisting fatigue.

Copper Beryllium Rod C17000, TF00 (AT) Packaging

We pack Copper Beryllium Rod C17000, TF00 (AT) with industry-grade protective materials, using vacuum-sealed wraps, preventing moisture ingress and ensuring maximum corrosion resistance. Each rod is shielded by rust-inhibiting coatings and padded stabilisers to minimise vibration and potential damage. We can customise packaging dimensions, labeling, and crate specifications to suit individual requirements. Our comprehensive approach safeguards product integrity and ensures hassle-free transport and storage.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Beryllium Rod C17000, TF00 (AT) FAQs

Q1: What are the key material properties of Copper Beryllium Rod C17000, TF00 (AT)?

A1: Copper Beryllium Rod C17000, TF00 (AT) offers a unique combination of high strength, conductivity, and durability. With beryllium content typically ranging from 1.6% to 2.0%, it demonstrates excellent hardness, erosion resistance, and toughness. This alloy retains stable mechanical properties over a broad temperature range, allowing for consistent performance. Its high electrical and thermal conductivity also makes it favourable for critical applications such as aerospace and electronics.

Q2: How can this copper beryllium rod be processed or fabricated?

A2: Fabrication of Copper Beryllium Rod C17000, TF00 (AT) typically involves forging, stamping, and machining techniques. Preheating the material before hot working helps preserve its strength and minimise cracking. This alloy responds well to precision machining due to its tight dimensional stability. Proper annealing or ageing heat treatments are crucial to achieving the desired combination of hardness and ductility, ensuring reliable long-term performance.

Q3: Which quality standards and certifications apply to Copper Beryllium Rod C17000, TF00 (AT)?

A3: Copper Beryllium Rod C17000, TF00 (AT) typically meets key industry specifications such as ASTM B196 for bar and rod products. Additional compliance may include AMS standards, ensuring reliable mechanical properties and consistent composition. Manufacturers often adhere to strict ISO 9001 quality management systems to guarantee traceability, repeatability, and product uniformity. When applicable, certifications from regulatory bodies and third-party laboratories validate material performance.

Related Information

1. Material Properties and Advantages

Moulding Copper Beryllium Rod C17000, TF00 (AT) into customised dimensions confers exceptional strength and superior thermal conductivity. These rods maintain a unique balance of hardness and elasticity, which makes them especially suitable for applications demanding high mechanical performance. The beryllium content ensures excellent resistance to wear and deformation, allowing the rods to remain stable under a broad spectrum of temperature conditions.

Tight grain structure contributes to the rod’s consistent performance and reliable bending capabilities. With careful selection of alloy composition, the C17000 grade achieves notable resilience against fatigue while still retaining remarkable electrical conductivity. Moreover, its uniform properties across the entire cross-section minimise the likelihood of defects, further enhancing its overall durability and service life.

2. Comparative Analysis with Alternative Materials

Questioning the viability of substituting other copper alloys often leads to recognition of the distinct benefits that Copper Beryllium Rod C17000, TF00 (AT) provides. In many instances, common brass and bronze products cannot match its combination of strength, conductivity, and machinability. This specialised alloy’s mechanical advantages become even more pronounced when the rod is produced in customised dimensions, ensuring an optimal fit for each specific application.

Relying on non-beryllium alloys may reduce up-front material costs, but trade-offs often include lower performance under extreme stress or thermal fluctuation. While steel offers high tensile strength, it lacks the conductivity essential for many electrical or high-temperature environments. By comparison, Copper Beryllium Rod C17000 remains the preferred choice in critical operations where stability, extended service life, and precise dimensional configurations are paramount.