CM7948 Copper Beryllium Strip C17200, TD01 (A)

Copper Beryllium Strip C17200, TD01 (A) Description

Copper Beryllium Strip C17200, TD01 (A) is an alloy valued for its high strength, excellent conductivity, and notable resistance to wear and corrosion. Manufactured to ASTM B194 standards, this strip provides mechanical performance while maintaining dimensional accuracy and durability. Its combination of beryllium and copper ensures conductive properties, making it suitable for electronic connectors, precision instruments, and telecommunication components.

With customizable dimensions available, the strip can be adapted to meet specific application requirements across industries such as aerospace, automotive, and medical devices. It maintains optimal performance in challenging environments and under elevated stress levels. Each batch undergoes quality checks and certifications, ensuring reliability and adherence to international standards. This commitment to excellence supports a secure supply of Copper Beryllium Strip C17200 for high-tech applications.

Copper Beryllium Strip C17200, TD01 (A) Applications

Recognised for its combination of high strength, conductivity, and corrosion resistance, Copper Beryllium Strip C17200, TD01 (A) is a versatile material used in industrial applications. Its excellent formability, non-magnetic properties, and resilience make it suitable for intricate designs requiring tight tolerances. From electronics to aerospace, this alloy enables performance under harsh conditions.

1. Electronics Applications

·         Connectors and Switches: The alloy’s strength and conductivity ensure operation and lifespan in high-frequency circuits.

·         Springs and Contacts: Resistance to stress relaxation and precise spring properties support connections in electronic devices.

2. Industrial Equipment Applications

·         Bearing Components: High load-bearing capacity and wear resistance lead to parts in heavy machinery.

·         Mould Inserts for Plastic Injection: The alloy’s thermal conductivity improves cycle times and reduces downtime.

·         Pressure Sensors: Mechanical properties maintain dimensional stability for accurate measurements in harsh environments.

3. Aerospace Applications

·         Aircraft Hydraulic Systems: Resistance to corrosion and performance under high pressures enhance safety and reliability.

·         Landing Gear Bushings: Strength and fatigue resistance contribute to extended service life and reduced maintenance.

Copper Beryllium Strip C17200, TD01 (A) Packaging

Each spool of Copper Beryllium Strip C17200, TD01 (A) is vacuum sealed in anti-static film with a desiccant pouch, reducing moisture infiltration and oxidation. Sturdy, corrugated boxes lined with foam inserts provide mechanical protection during transit. Additional measures include layers of VCI paper, while labelling and bundling can be arranged to meet specifications. Each package is customisable to accommodate shipping requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Beryllium Strip C17200, TD01 (A) FAQs

Q1: What are the key material properties of Copper Beryllium Strip C17200, TD01 (A)?

A1: Copper Beryllium Strip C17200, TD01 (A) offers a combination of high strength, conductivity, corrosion resistance, and fatigue resistance. This alloy typically provides tensile strengths up to 1 241 MPa when hardened and maintains electrical conductivity around 20% IACS. It also demonstrates resistance to stress relaxation, making it suitable for spring applications. Its characteristics remain stable through a wide temperature range.

Q2: How is Copper Beryllium Strip C17200, TD01 (A) typically processed or fabricated?

A2: Copper Beryllium Strip C17200, TD01 (A) can be processed using conventional metalworking methods such as stamping, forming, and drawing. Precipitation hardening is necessary to achieve mechanical properties, typically involving solution annealing followed by an aging heat treatment. Machining requires sharp cutting tools and moderate feed rates to reduce work hardening. Stress relieving may be necessary after cold working.

Q3: Which quality standards and certifications are relevant for Copper Beryllium Strip C17200, TD01 (A)?

A3: Manufacturers of Copper Beryllium Strip C17200, TD01 (A) typically comply with ASTM B194 or UNS C17200 standards that define composition, mechanical properties, and dimensional tolerances. Additional specifications may include AMS 4533 for aerospace applications. Quality management systems such as ISO 9001 ensure consistent manufacturing practices and traceability. Many suppliers also conduct regular testing for grain size, tensile strength, and conductivity to meet requirements.

Related Information

1. Material Properties and Advantages

Copper Beryllium Strip C17200, TD01 (A) is a high-strength alloy that combines conductivity with considerable wear resistance, making it suitable for demanding environments. Due to its metallurgical composition, it delivers spring properties and maintains stability under stress and temperature variations. When fabricated into dimensions, these strips can accommodate performance requirements, ensuring functionality in precision-driven sectors.

Utilised in cold-formed electrical connectors, precision tooling, and high-reliability components, this alloy has exhibited consistency in mechanical performance. The structural attributes of C17200, TD01 (A) contribute to reduced stress relaxation, which is ideal for applications that require service life. By selecting these strips in a shape, end users can enhance device reliability and efficiency across sectors.

2. Manufacturing Process

Copper Beryllium Strip C17200, TD01 (A) is engineered through metalworking techniques and is subjected to rolling and annealing steps. Each stage is monitored to preserve the high-performance characteristics, resulting in uniform thickness and mechanical properties. By tailoring the manufacturing process, it is possible to produce strips that align with complex designs.

Fabrication methods also involve finishing processes, such as cleaning and surface treatments, to maintain material integrity. During these stages, attention is given to achieving tolerances and flatness, ensuring that the strips conform to the dimensions required by the application. This series of operations produces a product that is adaptable for critical components in electronics, aerospace, and other fields.