CM7946 Copper Beryllium Strip C17000, TD04 (A)

Copper Beryllium Strip C17000, TD04 (A) Description

C17000 Copper Beryllium Strip TD04 (A) is a high-performance alloy known for its remarkable strength, conductivity, and wear resistance. This unique material provides superior electrical and thermal properties, making it ideal for demanding applications in industries such as electronics, aerospace, and automotive. Engineered to meet ASTM B194 specifications, our Copper Beryllium Strip ensures reliable performance and compliance with the highest quality standards.

Offered in customised dimensions, each strip is precisely manufactured to match specific product requirements. With thorough quality controls in place, we guarantee consistent material characteristics, including excellent formability, corrosion resistance, and high fatigue strength. Whether used in connectors, switches, springs, or precision components, C17000, TD04 (A) delivers outstanding durability and reliability, making it a reliable choice for various critical applications.

Copper Beryllium Strip C17000, TD04 (A) Applications

Copper Beryllium Strip C17000, TD04 (A) offers a combination of high strength, conductivity, and excellent formability, making it an ideal choice across multiple industries. Its capacity to retain mechanical characteristics under extreme conditions, coupled with corrosion resistance, ensures dependable performance. From precision electronic components to heavy-duty industrial uses, this alloy delivers the durability and versatility required for modern, demanding applications.

1. Electrical Applications

·         Connectors and Switches: Provide reliable conductivity and resistance to wear, ensuring efficient power transmission.

·         Relay Springs: Deliver the right balance of strength and flexibility, offering durability in load-bearing electrical contacts.

2. Industrial Applications

·         Welding Electrodes: Sustain harsh operating temperatures while maintaining structural integrity.

·         Wear-Resistant Bushings: Help extend service life of machinery by minimising friction and metal wear.

3. Aerospace Applications

·         Control System Components: Maintain strength and precision under fluctuating temperatures and mechanical stress.

·         Fastening Hardware: Provide corrosion resistance and fatigue strength for secure, long-lasting assemblies.

Copper Beryllium Strip C17000, TD04 (A) Packaging

Each spool of Copper Beryllium Strip C17000, TD04 (A) is placed in sealed vacuum bags to protect against moisture and oxidation. A layer of corrosion-inhibiting film further safeguards the material during transit. Foam padding and custom crating options are available to accommodate specific handling requirements, ensuring secure delivery. Our adaptable packaging solutions help maintain product integrity while offering flexibility for unique shipping and storage needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Beryllium Strip C17000, TD04 (A) FAQs

Q1: What are the key material properties of Copper Beryllium Strip C17000, TD04 (A)?

A1: Copper Beryllium Strip C17000, TD04 (A) offers a high tensile strength range of 1 000–1 400 MPa, exceptional conductivity near 22% IACS, and excellent formability. Its strength is achieved through precipitation hardening, which allows tight dimensional tolerances under demanding conditions. The material also resists corrosion and wear, making it an ideal choice for applications that require reliability, toughness, and sustained performance in harsh operating environments.

Q2: What processing and fabrication methods are recommended for Copper Beryllium Strip C17000, TD04 (A)?

A2: Copper Beryllium Strip C17000, TD04 (A) can be fabricated using traditional metalworking techniques, including rolling, stamping, and forming. Cold working is typically performed to refine grain structure, followed by precipitation heat treatment to develop optimal strength and conductivity. Machining requires sharp tooling and adequate lubrication to minimise work hardening. Welding is possible, though resistance welding is often preferred to maintain the alloy’s mechanical integrity and ensure minimal distortion.

Q3: Which quality standards and certifications apply to Copper Beryllium Strip C17000, TD04 (A)?

A3: Copper Beryllium Strip C17000, TD04 (A) typically meets a range of ASTM and RWMA specifications, such as ASTM B194 for copper beryllium alloy strip. Additional quality measures can involve ISO 9001 certification for manufacturing processes, ensuring consistency in production and testing. Material certifications may verify chemical composition, mechanical properties, and grain structure conformance. Specialized aerospace or electronics applications may require compliance with MIL standards or industry-specific directives.

Related Information

1. Material Properties and Advantages

Meticulously engineered to offer excellent strength and conductivity, Copper Beryllium Strip C17000, TD04 (A) stands apart in challenging industrial environments. This specific grade combines good formability with outstanding resistance to stress relaxation, making it a favoured choice for components that demand both reliability and long service life. Its enhanced resilience allows for remarkable performance under repeated mechanical stress, while the strip shape simplifies fabrication for various applications.

Due to its unique thermal conductivity and low coefficient of friction, this product grade maximises efficiency in heat transfer systems while minimising wear. Its capacity to withstand high temperatures ensures minimal degradation over time, even under elevated thermal loads. With customised dimensions available, manufacturers can precisely tailor the strip’s thickness and width to match specialised requirements, maintaining optimal material performance in every application.

2. Manufacturing Process

Under precise control of temperature and tooling, the production of Copper Beryllium Strip C17000, TD04 (A) involves carefully monitored hot and cold working operations. These stages not only refine the material’s grain structure but also guarantee uniformity in mechanical properties. Stringent heat treatment protocols, such as solution annealing and ageing, are applied to achieve the alloy’s characteristic balance of ductility and hardness.

Rigorous shaping techniques, backed by advanced rolling technologies, ensure that customised dimensions can be consistently achieved. Throughout the process, regular sampling and testing verify compliance with the stringent requirements set forth for this grade. By optimising rolling speeds and pass reductions, a precise gauge and perfectly flat strip profile are maintained, leading to a high-quality end product suited for specialised operations.