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2102231624 - Δωρεάν μεταφορικά άνω 80€ (με ΦΠΑ) - Τιμές χωρίς ΦΠΑ
2102231624 - Δωρεάν μεταφορικά άνω 80€ (με ΦΠΑ)
Βασική Θεωρία Κοπής

[S] - SUPER ALLOYS

[S] - SUPER ALLOYS (SUPER ALLOYS)

Super alloys are metallic alloys designed to maintain high strength, durability, and stability under extreme temperatures and corrosive conditions. They are classified into:

S 31-32 - Heat-Resistant Super Alloys - Iron (Fe)

  • Properties:
  • Designed with an iron base, reinforced with nickel, cobalt, and other elements to improve resistance to heat, oxidation, and corrosion. Although they have lower high-temperature strength compared to nickel super alloys, they are distinguished by high mechanical strength
  • Machinability:
  • Burrs: Hard and sticky
  • Tool wear: Very high
  • Cutting type: Very low speeds, low feed
  • Surface quality: Low, requires finishing
  • Lubricants: High-pressure oil

S 33-35 - Heat-Resistant Super Alloys - Nickel (Ni)

  • Properties:
  • They have excellent resistance to heat and oxidation, making them ideal for aircraft turbines, nuclear reactors, and steam turbine superheaters. Examples: Inconel
  • Machinability:
  • Burrs: Hard, long, and sticky
  • Tool wear: Very high
  • Cutting type: Low speeds, low feed
  • Surface quality: They tend to work-harden, so it is difficult to achieve a good surface finish
  • Lubricants: Intensive cooling

S 33-35 - Heat-Resistant Super Alloys - Cobalt (Co)

  • Properties:
  • They are characterized by excellent resistance to wear, fatigue, and corrosion, especially at high temperatures. They are used in medical implants, aerospace applications, and high-strength cutting tools.
  • Machinability:
  • Burrs: Hard, irregular, and sticky
  • Tool wear: Very high
  • Cutting type: Low speeds, low feed
  • Surface quality: They tend to work-harden, so it is difficult to achieve a good surface finish
  • Lubricants: Intensive cooling

S 36-37 - Titanium Alloys

  • Properties:
  • They are lighter than other super alloys, but with high strength and corrosion resistance. They are used in aerospace and biomedical applications due to their excellent biocompatibility.
  • Machinability:
  • Burrs: Long, difficult to manage
  • Tool wear: Very high
  • Cutting type: Very low speeds, moderate feed
  • Surface quality: Moderate
  • Lubricants: Strong oil cooling