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Cnc Machining Tellurium Copper C14500

Tellurium Copper C14500 is a copper alloy that contains a small addition of tellurium (Te) as an alloying element. It is also known as tellurium-bearing copper or tellurium bronze.Tellurium acts as a free-machining element in copper, enhancing the alloy’s machinability. It helps in the formation of finely divided chips during machining, reduces tool wear, and improves surface finish.The presence of tellurium contributes to increased strength and hardness compared to pure copper.

Cnc Machining Tellurium Copper C14500

It offers better mechanical properties, making Tellurium Copper C14500 suitable for applications requiring higher strength levels.While the addition of tellurium slightly reduces the electrical conductivity of copper, Tellurium Copper C14500 still retains excellent electrical conductivity relative to many other materials.

It is often used in applications where both electrical conductivity and improved machinability are required.Tellurium Copper C14500 exhibits good resistance to corrosion, making it suitable for various environments. However, its corrosion resistance may be lower than that of pure copper. It offers a balance of machinability, strength, and electrical conductivity, making it a versatile choice for various engineering applications.

Make Machined Tellurium Copper C14500 With Be-cu

Tellurium copper C14500 has good machinability due to the addition of tellurium, which acts as a free-machining element. It promotes the formation of finely divided chips, reduces tool wear, and improves the machinability of the alloy. Tellurium copper C14500 can generally be machined at higher speeds compared to pure copper due to its improved machinability.

Make Machined Tellurium Copper C14500 With Be-cu

With the correct tooling, Be-cu Tellurium Copper machining service can tackle many of your non-ferrous material needs with ease. Whether you are working with Tellurium Copper parts,tube or block, Be-cu has the options necessary to perform your one-off, production, and nested manufacturing jobs.You can contact us by requesting a quote for any Tellurium Copper C14500 manufacturing process. One of our project managers will review your application and get a quote and DFM feedback for you within 12 business hours.

Why Choose Our Copper C110 Cnc Machining Service

Why Choose Our Tellurium Copper C145 Cnc Machining Service?

  • Save time and money for your tellurium copper C145 project but quality guaranteed.
  • High productivity, outstanding efficiency and high accuracy
  • A wide range of copper grades and alloy materials can be machined
  • Custom complex copper cnc machined parts and components at specific tolerances
  • High speed machining for prototyping and low to high volume production runs

Certifications & Quality Machining

  • ISO 9001:2015 certified
  • Fully compliant with the exacting requirements of our customers
  • Compliance in DFARS materials sourcing requirements
  • Strict compliance with PPAP and Process
  • FMEA for automotive customers
  • Skilled in KanBan and CMM Inspection and inventory management systems
  • ITAF 16949 certified
Cnc Machining Tellurium Copper C145

Top Tellurium Copper C145 Machined Parts & Case Studies

The Chemical Composition Of Tellurium Copper C145

Tellurium-bearing copper or tellurium bronze, typically includes the following elements:

  • Copper (Cu): Approximately 99.5% minimum
  • Tellurium (Te): Typically 0.4% to 0.7%
  • Other Impurities: Including small amounts of phosphorus (P), sulfur (S), and traces of other elements

The addition of tellurium to copper in Tellurium Copper C14500 enhances its machinability while providing improved strength and hardness compared to pure copper. The small amounts of impurities present in the alloy have a minor influence on its mechanical and electrical properties.

Mechanical Properties Of Tellurium Copper C145

Below are typical mechanical properties for annealed Tellurium Copper C14500:

  • Tensile Strength: 290 MPa (42,000 psi) minimum
  • Yield Strength: 170 MPa (25,000 psi) minimum
  • Elongation: 12% minimum
  • Hardness: 80 HRB (Rockwell B) minimum

These values represent the general mechanical properties for annealed Tellurium Copper C14500. It is important to note that these properties can change with different temper conditions such as half-hard, hard-drawn, or fully annealed copper.

Tellurium Copper C14500 offers improved strength and hardness compared to pure copper due to the presence of tellurium. Additionally, the alloy retains good electrical conductivity relative to many other materials, making it suitable for applications that require both electrical conductivity and improved machinability.

It’s worth mentioning that the mechanical properties of Tellurium Copper C14500 can be further modified through processes such as cold working, annealing, or heat treatment. These processes can affect properties such as strength, hardness, and elongation, allowing for tailored mechanical properties to suit specific applications.

Heat Treatment Process Of Tellurium Copper C145

Here are two common heat treatment processes used for Tellurium Copper C14500:

  • Annealing: Annealing of Tellurium Copper C14500 can be performed to relieve internal stresses, improve ductility, and enhance the machinability of the material. Annealing is typically carried out by heating the material to a specific temperature range, typically between 450°C and 700°C (840°F to 1300°F), and then slowly cooling it to room temperature. The exact temperature and time parameters may vary depending on the specific requirements and recommendations of the material specification or manufacturer.
  • Stress Relief: Stress relief heat treatment can be applied to reduce residual stresses that may have developed during manufacturing processes such as cold working or machining. This process involves heating the material to a temperature below its recrystallization temperature (around 200°C to 300°C or 390°F to 570°F) and holding it at that temperature for a specific period, followed by slow cooling. Stress relief can help minimize distortion or dimensional changes in the material.

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