เตาเหนี่ยวนำมีกี่ประเภท??

เตาเหนี่ยวนำมีหลายประเภท, แบ่งประเภทตามการออกแบบเป็นหลัก, การทำงาน, และการประยุกต์ใช้.

1. เตาเหนี่ยวนำไร้คอร์

• Description: The coreless induction furnace is the most common type used in the metal casting industry. It uses an electromagnetic field to induce currents in the metal, which generates heat and melts it.
• การใช้งาน: Typically used for melting ferrous and non-ferrous metals like steel, เหล็กหล่อ, อลูมิเนียม, ทองแดง, and brass.
• Advantages:
  • High energy efficiency.
  • Precise temperature control.
  • Ability to melt a variety of metals.
• Common Uses: Foundries, โรงงานเหล็ก, and metal processing industries.

2. Channel Induction Furnace

• Description: This type uses a series of channels or a channel-shaped coil to create a magnetic field. The metal is melted within the channel, and the design is typically more compact than the coreless version.
• การใช้งาน: Mainly used for melting lower quantities of metal or for specific alloys like aluminum and brass.
• Advantages:
  • Compact and efficient.
  • Lower capital cost than coreless furnaces.
• Common Uses: Small to medium-sized foundries, scrap metal recycling.

3. Induction Melting Furnace with a Crucible

• Description: In this design, a crucible is placed within the induction coil, and the metal inside the crucible is melted by the electromagnetic field.
• การใช้งาน: Often used for high-temperature melting applications such as precious metals (ทอง, แพลทินัม) or specialized alloys.
• Advantages:
  • Good for small batches of metal.
  • Highly efficient in energy transfer.
• Common Uses: Jewelry casting, small batch processing.

4. Vacuum Induction Furnace (VIF)

• Description: A vacuum induction furnace operates under reduced pressure, which helps minimize oxidation and contamination of the molten metal. The furnace works similarly to coreless or channel furnaces but in a vacuum environment.
• การใช้งาน: Used for high-purity metals and alloys, such as titanium, aerospace-grade materials, and special steels.
• Advantages:
  • Produces high-quality, low-contamination metals.
  • Ideal for sensitive or reactive materials.
• Common Uses: Aerospace, ยานยนต์, and high-performance alloys.

5. Induction Furnace with a Metal Foam Core

• Description: This is an innovative variation where a foam-like metal structure is created within the furnace. It helps improve heat distribution and efficiency during the melting process.
• การใช้งาน: Used for producing high-efficiency alloys, improving metal quality, and reducing energy consumption.
• Advantages:
  • Better energy efficiency.
  • Uniform temperature distribution.
• Common Uses: Aluminum alloy production, lightweight metals.

6. Rotary Induction Furnace

• Description: This type involves a rotating drum or tilting mechanism that allows the furnace to move metal during the melting process, enhancing mixing and even heat distribution.
• การใช้งาน: Primarily used for applications where uniform alloying and high-speed metal melting are needed.
• Advantages:
  • Efficient heat transfer.
  • Homogeneous metal melting.
• Common Uses: Scrap metal recycling, alloy processing.

Each type of induction furnace is chosen based on factors like metal type, required melting capacity, ประสิทธิภาพการใช้พลังงาน, and specific industry needs.