Fluxtrol | Soft Magnetic Materials

Soft Magnetic Materials

  • How Magnetic Controllers Work

    Magnetic flux control plays a key role in optimal coil design. We offer custom induction coil design to maximize production efficiencies to produce better parts for less cost.

  • Fluxtrol® Products

    Fluxtrol is the world leader in the development and production of soft magnetic composites and ready-to-use magnetic flux controllers for induction heating and other applications. We provide customers with a range of standard materials as well as customized products.

  • Application Technique

    Controller application technique plays a very important role in successful performance of induction coils. This section describes the best practices for machining, assembling, protecting and maintaining magnetic controllers.

  • Technologies Served

    Using theoretical knowledge, computer simulation and proprietary materials, the experts at Fluxtrol develop new processes and optimize existing processes ranging from heat treating and melting to welding and contactless power transfer for different industries.

Fluxtrol Induction Heating Technology Products

Fluxtrol, Inc. is the world leader in magnetic flux control in induction heating systems and other applications. Fluxtrol does research, develops and manufactures magnetic flux controllers using proprietary soft magnetic composites (aka Magneto-Dielectric Materials) produced in both machinable and moldable (formable) varieties. The properties and characteristics of these materials allow using them effectively in a wide range of applications with frequencies from 50 Hz up to 13.56 MHz.
Magnetic flux controllers give users the following benefits:
  • Achieve optimal power and temperature distribution
  • Heat faster required area thus increasing production rate
  • Improve parameters of the inductors and the whole installation
  • Shield specific areas from unwanted heating or field exposure
  • Save energy in traditional and innovative applications
  • Control residual stresses and reduce distortions
  • Contactlessly transfer data and power to moving devices
  • Create magnetic antennas for special NMR systems, etc.