Copper Beryllium Rod C17300, TD04 (H) Description
Our Copper Beryllium Rod C17300, TD04 (H) offers an exceptional combination of high strength, conductivity, and corrosion resistance, making it an ideal choice for demanding applications. Manufactured to ASTM B196 standards and available in customised dimensions, this alloy delivers superior performance in electrical and mechanical components, including connectors, switches, and precision instruments. Its strength-to-weight ratio and fatigue resistance ensure long-term reliability, while its excellent conductivity supports efficient power transmission.
In addition to its outstanding material properties, our Copper Beryllium Rod C17300 is produced under rigorous quality control measures. Each rod undergoes careful inspection and testing to verify dimensional accuracy, mechanical consistency, and adherence to ASTM specifications. The result is a versatile, high-quality material capable of withstanding extreme working conditions across various industries.
Copper Beryllium Rod C17300, TD04 (H) Applications
Copper Beryllium Rod C17300, TD04 (H) is a high-performance alloy known for its exceptional strength, conductive properties, and resistance to wear and corrosion. Its unique blend of mechanical and physical characteristics makes it ideal for industries requiring precision and longevity in harsh environments. From advanced electronic components to industrial tooling, this material repeatedly proves its reliability, durability, and versatility in meeting specialised applications across a variety of sectors.
1. Electronic and Electrical Applications
· Power Switch Contacts: Ensures efficient current flow and minimal wear in high-cycle operations.
· Connector Terminals: Offers low electrical resistance and robust mechanical integrity for long service life.
2. Industrial Tooling Applications
· High-Strength Moulds: Maintains dimensional stability and reduces wear under high-pressure manufacturing conditions.
· Precision Dies: Delivers reliable performance throughout multiple production cycles with minimal distortion.
3. Automotive Components
· High-Load Bearings: Supports extended service in demanding environments, reducing friction and wear.
· Sensor Housings: Resists corrosion and maintains accuracy for critical monitoring and control systems.
Copper Beryllium Rod C17300, TD04 (H) Packaging
Each Copper Beryllium Rod C17300, TD04 (H) is individually wrapped in corrosion-resistant material and vacuum-sealed to maintain purity during transportation. Protective sleeves safeguard the rod’s surface from scratches, while desiccants inside the package help absorb moisture to prevent oxidation. Customised crates or pallets can be arranged based on size and quantity requirements. Additional labelling and handling instructions ensure safe shipping and secure storage for all end applications.
Packaging: Vacuum sealed, Wooden Box, or Customised.
Copper Beryllium Rod C17300, TD04 (H) FAQs
Q1: What are the key material properties of Copper Beryllium Rod C17300, TD04 (H)?
A1: Copper Beryllium Rod C17300, TD04 (H) provides an excellent balance of strength, conductivity, and wear resistance. Its typical hardness can range from Rockwell C25 to C35, with tensile strengths approaching 862 MPa. The alloy retains good electrical conductivity, typically around 20% of pure copper, and exhibits superior corrosion resistance. Additionally, it showcases high fatigue strength and dimensional stability under thermal stress.
Q2: How is Copper Beryllium Rod C17300, TD04 (H) typically processed or fabricated?
A2: Copper Beryllium Rod C17300, TD04 (H) is typically cold drawn and may undergo stress relieving or solution annealing to refine its mechanical properties. Machining is often performed at moderate to high feed rates, leveraging the alloy’s free-machining characteristics. It can also be formed or bent using standard fabrication equipment. Subsequent heat treatments, such as age hardening, can enhance strength and hardness while preserving good ductility.
Q3: Which quality standards and certifications apply to Copper Beryllium Rod C17300, TD04 (H)?
A3: Producers of Copper Beryllium Rod C17300, TD04 (H) typically adhere to ASTM standards such as ASTM B196 or B441 for dimensional and composition requirements. Additional specifications may include SAE J463 and EN standards for manufacturing consistency. Many suppliers maintain ISO 9001 certification to ensure rigorous quality management throughout production. Compliance with RoHS and REACH regulations can also be relevant, particularly for global markets requiring environmentally responsible materials.
Related Information
1. Industry Standards and Certifications
A vital aspect of Copper Beryllium Rod C17300, TD04 (H) lies in its adherence to recognised industry norms. These rods meet various global specifications to ensure compliance with performance benchmarks, safety protocols, and environmental considerations. Different standardising bodies, such as ASTM and SAE, meticulously verify the grade’s mechanical properties and chemical composition. The customised dimensions of these rods are still subjected to the same stringent criteria, making sure they fulfil specific industrial requirements irrespective of size or shape.
Relying on credible certifications not only upholds product quality but also bolsters customer confidence. Many applications in sectors such as telecommunications, aerospace, and manufacturing demand traceability and proof of compliance. To achieve this, each Copper Beryllium Rod C17300, TD04 (H) typically receives a certification package verifying hardness, tensile strength, and conductivity. These documented credentials provide assurance that even with customised dimensions, the rods deliver consistent performance in critical applications.
2. Quality Control Measures
Thorough testing procedures form the cornerstone of quality control for Copper Beryllium Rod C17300, TD04 (H). These measures begin with rigorous dimensional checks, ensuring that customised rod sizes are within legally approved tolerances. Advanced spectroscopic analysis also verifies chemical purity, safeguarding the distinctive mechanical characteristics of this particular alloy grade. This focus on precise measurements and accurate composition is essential for achieving uniform properties throughout the entire batch of rods.
Meticulous inspection extends beyond initial testing and continues well into the production cycle. Periodic hardness tests confirm that each Copper Beryllium Rod C17300, TD04 (H) has reached its specified strength level, matching application demands for durability and reliability. Additional conformity checks, such as eddy current and ultrasonic evaluations, detect internal imperfections and validate consistency across customised dimensions. By employing these practices, manufacturers maintain a high standard, ensuring these specialty rods perform optimally when utilised in advanced industrial settings.
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