CM7926 Copper Beryllium Rod C17300, TH04 (HT)

Copper Beryllium Rod C17300, TH04 (HT) Description

Copper Beryllium Rod C17300, offered in the TH04 (HT) condition, sets the benchmark in high strength and conductivity for demanding industrial applications. Manufactured according to ASTM B196, this alloy provides exceptional hardness, ductility, and corrosion resistance, making it ideal for electronics, aerospace, and automotive components. Our rods can be customised to your specific dimensional requirements, ensuring a precise fit for any project.

Engineered to deliver reliable performance under extreme environments, this rod’s notable properties include excellent wear resistance and outstanding formability. Strict quality management processes guarantee consistent mechanical performance and adherence to industry standards. Choose Copper Beryllium Rod C17300 for a dependable solution that balances durability, conductivity, and cost-effectiveness, pushing the boundaries of modern engineering applications.

Copper Beryllium Rod C17300, TH04 (HT) Applications

Copper Beryllium Rod C17300, TH04 (HT), commonly known for its excellent strength and conductivity, is a versatile alloy used across a variety of demanding applications. Its blend of mechanical durability, corrosion resistance, and heat treatment capabilities makes it an ideal choice for industries requiring reliable, high-performance components. The following are some specialised applications that highlight the benefits of this alloy.

1. Electronics and Electrical Components

·         High-Precision Switch Contacts: Provide consistent electrical performance and extended service life in high-demand circuits

·         Relay and Connector Terminals: Offer low signal loss and superior conductivity for dependable data transmission

·         Pressure-Sensitive Devices: Resist wear under repeated mechanical stress while maintaining stable readings

2. Industrial and Tooling Applications

·         Injection Moulding Inserts: Withstand high temperatures and repeated stress, reducing maintenance downtime

·         Welding Electrodes: Deliver reliable heat conductivity and durability for improved weld quality and reduced cost

·         Progressive Die Components: Provide exceptional hardness and prolonged tool life in high-volume production runs

3. Aerospace Uses

·         Aircraft Landing Gear Bushings: Resist friction and corrosion, ensuring stable performance under extreme conditions

·         Missile Guidance Systems: Maintain dimensional stability and conductivity for precise targeting and navigation

·         Critical Fasteners: Combine high strength and fatigue resistance to handle intense operational demands

Copper Beryllium Rod C17300, TH04 (HT) Packaging

Each Copper Beryllium Rod C17300 in TH04 (HT) condition is carefully wrapped with VCI-treated paper to guard against corrosion and moisture infiltration. The rods are then vacuum-sealed within high-strength plastic pouches, ensuring a contaminant-free environment during transport. For added protection, we use robust, impact-resistant crates. Custom labelling, bundle sizes, and alternative protective materials are available upon request, ensuring your specific packaging requirements are met promptly.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Beryllium Rod C17300, TH04 (HT) FAQs

Q1: What are the key material properties of Copper Beryllium Rod C17300, TH04 (HT)?

A1: Copper Beryllium Rod C17300, TH04 (HT) is known for its high strength, excellent hardness, and superior wear resistance. Typically, it exhibits tensile strengths ranging from 110 to 130 ksi and hardness values up to 100 Rockwell B. This alloy also delivers good electrical conductivity, often around 22% IACS, and offers notable corrosion resistance, making it suitable for demanding applications requiring durability, conductivity, and formability.

Q2: What are the recommended manufacturing and processing methods for Copper Beryllium Rod C17300, TH04 (HT)?

A2: Copper Beryllium Rod C17300, TH04 (HT) can be processed using conventional metalworking techniques, including machining, forging, and drawing. Pre-heating is often beneficial before processes like hot forging, which typically occurs around 760°C. The alloy’s machinability is enhanced by its chip-breaking behaviour, though carbide tooling and adequate lubrication are recommended. Annealing, hardening, and precipitation heat treatments help optimise mechanical characteristics and produce a consistent, uniform microstructure for high-performance applications.

Q3: Which quality standards and certifications apply to Copper Beryllium Rod C17300, TH04 (HT)?

A3: Copper Beryllium Rod C17300, TH04 (HT) typically complies with ASTM B196, which covers copper-beryllium bars, rods, and shapes. Many manufacturers also observe AMS 4533 or similar aerospace specifications for critical parts. Stringent quality management systems such as ISO 9001 ensure traceability, material consistency, and controlled production. Certification testing often includes chemical composition, mechanical property verification, and dimensional checks, guaranteeing conformance to customer specifications and industry best practices.

Related Information

1. Material Properties and Advantages

Copper Beryllium Rod C17300, TH04 (HT) stands out for its balanced combination of strength, conductivity, and durability. This alloy is engineered to exceed the mechanical expectations typically associated with conventional copper rods, offering heightened resistance to wear and distortion. With customised dimensions available, the rod can be produced to match specialised applications that demand precise tolerances, ensuring optimal performance in sectors like aerospace, automotive, and marine engineering.

These rods exhibit remarkable resistance to stress relaxation, making them a reliable choice for components exposed to fluctuating loads or high-stress environments. Unlike some alternative copper alloys, C17300 retains inherent strength, even in demanding thermal conditions, and demonstrates a lower risk of deformation under prolonged use. This reliability not only reduces maintenance downtime but also significantly extends service life in critical assemblies.

2. Industry Standards and Certifications

Industry guidelines for Copper Beryllium Rod C17300, TH04 (HT) commonly involve stringent chemical composition checks and mechanical property verifications. In many cases, producers follow recognised specifications such as ASTM B196 or similar organisational standards to guarantee consistent quality. Manufacturers also adhere to strict verification processes that confirm the rods meet critical criteria for tensile strength, hardness, and conductivity.

Maintaining quality certifications like ISO 9001 underscores a commitment to reliability and meticulous attention to detail throughout production. Many suppliers further engage in third-party audits and inspections to ensure conformity with both national and international regulations. These certification protocols reinforce the rod’s reputation for outstanding performance, making it a trusted option for highly regulated projects that rely on customised dimensional accuracy, superior strength, and exceptional longevity.