What Are Mechanical Properties of High-Density Tungsten Alloy?

High-density tungsten alloys have excellent mechanical properties, making them popular in a variety of engineering and applications. The following is a detailed description of the mechanical properties of high-density tungsten alloy:

  1. High hardness: High-density tungsten alloys usually have very high hardness, similar to cemented carbide. This makes it perform well in cutting, drilling, grinding and wear applications, extending tool life.
  2. High strength: The alloy usually has excellent tensile strength and yield strength, which means it can withstand large mechanical stress without failure. This is very useful in high load and high pressure environments.
  3. Excellent tensile properties: The tensile properties of high-density tungsten alloy make it suitable for applications requiring high tensile strength, such as aerospace and high-temperature industries.
  4. Fatigue resistance: High-density tungsten alloys usually have good fatigue resistance and can maintain their performance despite repeated loading and unloading. This is important for applications with high durability requirements.
  5. Impact resistance: High-density tungsten alloy exhibits excellent impact resistance in some applications. It absorbs and disperses impact energy, reducing the risk of breakage under impact loads.
  6. Low temperature performance: High-density tungsten alloys usually maintain their mechanical properties at low temperatures, which is very important in applications in extreme environments such as aerospace and mountains.
  7. Stability: The performance of high-density tungsten alloy is relatively stable under various environmental conditions, including high temperature, low temperature, high humidity and corrosive environment.
  8. No plastic deformation point: High-density tungsten alloy exhibits an important feature at high temperatures, that is, no plastic deformation point. This means that at a certain temperature, it does not undergo plastic deformation, helping to maintain its shape and dimensional stability.

In short, the mechanical properties of high-density tungsten alloy are excellent, with high hardness, high strength, fatigue resistance, impact resistance and low temperature performance. These mechanical properties make it widely used in aerospace, high temperature industry, electronics, chemical industry, medical equipment, nuclear engineering and other engineering applications. It is used in the manufacture of parts, tools, cutters, electrodes and other products requiring excellent mechanical properties.

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