CM7942 Copper Beryllium Plate C17200, TD04 (A)

Copper Beryllium Plate C17200, TD04 (A) Description

Copper Beryllium Plate C17200 TD04 (A) is recognised for its outstanding combination of strength, thermal conductivity, and corrosion resistance. Manufactured to meet ASTM B194, this alloy is ideal for high-stress environments that require maximum reliability. It offers excellent machinability and formability while maintaining performance across wide temperature ranges.

Custom dimensions ensure these plates align with your specific design needs. Commonly employed in aerospace, automotive, and electronics applications, Copper Beryllium exhibits remarkable fatigue resistance and premium hardness after heat treatment. Each plate is produced under stringent quality checks to ensure consistent performance and longevity, making it the preferred choice for precision components and critical assemblies.

Copper Beryllium Plate C17200, TD04 (A) Applications

Copper Beryllium Plate C17200, TD04 (A) is valued for its exceptional strength, conductivity, and resilience, making it a top choice in demanding industrial environments. This alloy offers superb hardness and stress relaxation resistance while maintaining remarkable electrical and thermal properties. From precision electronic devices to aerospace equipment, Copper Beryllium plates serve various applications where reliability, safety, and efficiency are paramount.

1. Electronics and Electrical Applications

·         High-Performance Connectors: Deliver reliable conductivity for critical circuits and switchgear

·         Relay Springs: Provide consistent tension and durability in power distribution systems

·         Semiconductor Test Sockets: Maintain exact tolerances under repeated thermal cycles

2. Automotive and Industrial Applications

·         Weld Fixture Components: Withstand high operation temperatures and mechanical stress

·         Injection Mold Inserts: Enhance tool life and reduce wear in manufacturing processes

·         Robotic Arm Parts: Offer lightweight strength and resistance to fatigue

3. Aerospace Applications

·         Satellite Antenna Housings: Combine strength and low weight for optimal performance

·         Missile Guidance Systems: Retain precision under extreme conditions and rapid temperature changes

·         Collision-Resistant Brackets: Provide reliable support for critical structural attachments

Copper Beryllium Plate C17200, TD04 (A) Packaging

Each Copper Beryllium Plate C17200, TD04 (A) is encased in durable protective materials, such as foam padding or polyethylene film, to guard against physical impacts. The plates are then vacuum-sealed to reduce oxidation and preserve their integrity, with added corrosion inhibitors ensuring lasting quality. Custom packaging options, including branded labelling and reinforced shielding, are also available to meet specific handling and storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Beryllium Plate C17200, TD04 (A) FAQs

Q1: What are the key material properties of Copper Beryllium Plate C17200, TD04 (A)?

A1: Copper Beryllium Plate C17200, TD04 (A) is widely recognised for its high strength, hardness, and excellent corrosion resistance. Its typical composition includes approximately 1.8–2.0% beryllium, ensuring enhanced mechanical properties. The material maintains good thermal and electrical conductivity and can reach tensile strengths exceeding 180 ksi (1 241 MPa) when properly heat-treated. Additionally, it exhibits excellent fatigue strength and dimensional stability, making it ideal for demanding industrial applications.

Q2: How can Copper Beryllium Plate C17200, TD04 (A) be processed or fabricated?

A2: Copper Beryllium Plate C17200, TD04 (A) can be machined, forged, or cold worked with relative ease, though proper handling is crucial to avoid surface contamination. Heat treatment is essential to achieve desired mechanical properties, typically involving a solution anneal followed by an age hardening step. During fabrication, appropriate ventilation and personal protective equipment must be used to control beryllium dust. Stamping and forming are also feasible with controlled tooling processes.

Q3: Which quality standards and certifications apply to Copper Beryllium Plate C17200, TD04 (A)?

A3: Copper Beryllium Plate C17200, TD04 (A) typically meets or exceeds standards such as ASTM B194 and AMS 4533, specifying chemical composition and mechanical properties. Manufacturers also align with ISO 9001 or AS9100 to ensure consistent quality controls. Material suppliers may provide mill test reports (MTRs) verifying chemical composition, hardness, and dimensional tolerance. Compliance with RoHS or REACH regulations may also be required in certain applications for safety and environmental considerations.

Related Information

1. Material Properties and Advantages

Copper Beryllium Plate C17200, TD04 (A) features a balanced composition that delivers high strength and superior conductivity. Its microstructure allows the plate to maintain excellent hardness, especially when subjected to heat treatment, making it suitable for demanding environments. Because this alloy contains beryllium, users can expect notable resistance to fatigue, granting it a considerable lifespan. With the flexibility to produce customised dimensions, this plate adapts seamlessly to a variety of specialised applications.

Offering corrosion resistance and non-magnetic characteristics, this plate stands out when compared to conventional copper or brass alloys. Its ability to maintain performance under extreme temperatures further expands its range of use, particularly where stability is crucial. The TD04 (A) temper indicates a controlled hardness level, contributing to enhanced durability without sacrificing formability. Whether employed in factories or laboratories, these plates uphold a balance between strength and workability that remains consistent in many industrial sectors.

2. Applications in Advanced Industries

Technologically driven markets consistently rely on Copper Beryllium Plate C17200, TD04 (A) for solutions that demand both precision and resilience. Aerospace organisations favour this alloy for components that must sustain repeated stress while carrying sensitive electronic signals. Automotive engineering harnesses the plate’s excellent conductivity for intricate electrical assemblies, ensuring reliable power delivery and reduced downtime. Even in telecommunications, customised plates come into play when building robust infrastructure capable of handling high-speed data transmission.

Under stringent performance requirements, chemical processing facilities utilise these customised plates where corrosion and wear are significant concerns. The alloy’s ability to withstand harsh operating conditions reduces maintenance intervals while preserving dimensional stability. Across all these industries, the TD04 (A) temper ensures a consistent high-quality performance profile, making it a preferred choice for engineering applications.