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COIL SLITTING

In line with different requests and demands, electrical steel coils can be supplied in all thickness and loss values.

 

SLIT SILICON STEEL COILS

Slit Silicon Steel Coils: Precision Cutting for Energy Efficiency

Silicon steel is a critical material used in energy conversion systems such as electric motors, generators, and transformers. Due to its magnetic properties and low energy loss characteristics, it is widely favored in electrical devices. At Tema Metal, we provide precision silicon steel slitting services, offering the highest quality solutions for the energy sector.

Importance of Silicon Steel Coil Slitting

Silicon steel coil slitting is a crucial process that ensures precise cuts for better magnetic field formation and minimized energy losses. Maintaining the structural integrity of the steel during slitting is essential for optimal performance. In the manufacturing of transformers and motors, improper cutting can significantly impact energy efficiency.

Advantages

  • High Precision: The slitting process ensures that the magnetic properties of the silicon steel are preserved while being cut to the desired dimensions.
  • Energy Efficiency: Correct cutting techniques reduce energy losses to a minimum.
  • Variety of Thicknesses: Silicon steel coils can be slit into different thicknesses and widths according to customer requirements.
  • Material Quality: The slit silicon steel meets the high standards required for transformers and motors.
  • CRGO –    0,20mm 0,65 W/kg – 0,85 W/kg
  • CRGO –    0,23mm 0,75 W/kg – 1,10 W/kg
  • CRGO –    0,27mm 0,90 W/kg – 1,20 W/kg
  • CRGO –    0,30mm 1,10 W/kg – 1,30 W/kg
  • CRGO –    0,35mm 1,50 W/kg
  • CRNGO – 0,35mm
  • CRNGO – 0,50mm
  • CRNGO – 0,65mm
  • CRNGO – 1,00mm

Applications

  • Transformer Manufacturing: The magnetic permeability of silicon steel increases the efficiency of transformers.
  • Electric Motors: Silicon steel enhances motor performance and reduces energy losses.
  • Generators: Low-loss steel ensures that generators operate more efficiently.