CM7920 Copper Beryllium Rod C17200, TD04 (H)

Copper Beryllium Rod C17200, TD04 (H) Description

Our Copper Beryllium Rod C17200, TD04 (H) is an alloy designed for enhanced strength, conductivity, and durability. Manufactured in strict compliance with ASTM B196 standards, this alloy combines high hardness with effective thermal and electrical conduction properties. It is particularly resistant to wear, corrosion, and fatigue, making it suitable for demanding environments and precision components. We offer fully customised dimensions to meet your specific project requirements, ensuring an accurate fit every time.

Whether you need tooling, moulds, aero-engine parts, or electronic connectors, our Copper Beryllium Rod offers reliable performance and longevity. Each rod undergoes thorough quality checks to ensure consistent performance throughout its service life, helping reduce downtime and maintenance costs. Trust in our commitment to quality and discover why our C17200 alloy is the preferred choice for applications where strength and precision are critical.

Copper Beryllium Rod C17200, TD04 (H) Applications

Copper Beryllium Rod C17200, TD04 (H) is noted for its high strength, conductivity, and resistance to wear and fatigue. These properties make it a reliable choice for demanding applications where performance under extreme stress is essential. With an excellent balance of hardness and ductility, it can be machined into complex shapes, providing specialised solutions for a broad range of industries and technical requirements.

1. Aerospace Applications

·         Landing Gear Components: Utilised for their high strength-to-weight ratio to withstand heavy loads

·         Control System Hardware: Ensures optimal performance under vibration and temperature fluctuations

2. Electrical and Electronic Applications

·         Switch Contacts: Facilitates reliable conductivity and endurance under frequent cycling

·         Connectors and Terminals: Offers consistent electrical performance with superior fatigue resistance

3. Industrial Tooling Applications

·         Mould Inserts: Delivers durability and heat dissipation to reduce cycle times

·         Injection Nozzle Tips: Maintains dimensional stability under high pressure and temperature

Copper Beryllium Rod C17200, TD04 (H) Packaging

Each Copper Beryllium Rod C17200, TD04 (H) is enclosed in protective foam sleeves and coated with anti-corrosion film to guard against oxidation. The rods are vacuum-sealed in moisture-resistant plastic wrap, whilst sturdy wooden or cardboard crates shield them from shipping damage. Custom labelling and packaging configurations, including specialised crate sizes, are available to accommodate specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Copper Beryllium Rod C17200, TD04 (H) FAQs

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

A1: Copper Beryllium Rod C17200, TD04 (H) features high strength, hardness, and excellent wear resistance, making it suitable for demanding applications. Its ultimate tensile strength can exceed 1241 MPa with a stable yield strength that supports heavy loads. It also offers good electrical conductivity, typically around 20% IACS, and displays effective corrosion resistance in most environments. Additionally, its low coefficient of friction enhances performance in precision components.

Q2: What processing methods are most suitable for Copper Beryllium Rod C17200, TD04 (H)?

A2: This alloy can be processed using conventional fabrication methods such as machining, forging, and cold working. Machining requires sharp tools and moderate speeds because of its high hardness. Preheating before forging helps maintain uniform microstructure, and further cold working can enhance strength. Stress relieving or solution annealing may be performed post-fabrication to optimise mechanical properties and reduce residual stresses.

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

A3: Copper Beryllium Rod C17200, TD04 (H) typically adheres to standards such as ASTM B196 for rod and bar products. Additional certifications may include AMS (Aerospace Material Specifications) for aerospace applications and ISO 9001 for overall quality management.

Related Information

1. Material Properties and Advantages

A key characteristic of Copper Beryllium Rod C17200, TD04 (H) is its impressive balance of strength and conductivity. With customised dimensions tailored to specific needs, these rods offer excellent corrosion resistance, making them suitable for operation in harsh environments. Another significant benefit is the alloy’s elevated hardness after undergoing heat treatment, which results in reliable performance in high-stress applications.

Diverse industries rely on this specific grade for applications that require durability and precision. In addition to its mechanical properties, Copper Beryllium Rod C17200 demonstrates minimal wear and friction, enhancing its longevity in demanding processes like aerospace components and high-speed machinery. The rod’s capacity to be shaped and formed without compromising integrity makes it an excellent option for parts needing repeated bending or complex designs.

2. Quality Control Measures

Mills producing Copper Beryllium Rod C17200, TD04 (H) enforce stringent testing protocols to verify chemical composition and mechanical properties. Each rod undergoes dimensional inspections where the customised width, length, and diameter are measured according to project specifications. Advanced nondestructive evaluation methods, such as ultrasound examinations, help maintain consistency in product quality from batch to batch.

Tight oversight continues through final inspections, ensuring every Copper Beryllium Rod meets established tolerance standards. In addition to verifying surface finish and concentricity, metallurgical examinations confirm that the alloy’s microstructure remains within acceptable parameters. By proactively managing these controls, manufacturers provide end users with confidence in the reliability and lifespan of each rod, regardless of unique dimensional requirements.