Key Features:

• Magnetic Field Control: Fluxtrol is able to aid in induction heating by concentrating the induction magnetic field while still being able to still shape the magnetic field allowing sturdy and uniform heating of the heated body.
• Thermal efficiency: It also reduce heat loss, reducing the energy usage of the induction process. In addition to savings realized through non-useful work and actual energy savings that essentially make the induction a greener process and saves money.
• Versatile usage: It is readily machined and readily modified into whatever shape is required to make the coil work in whatever induction heating form is required, induction coil performance can be improved by quickly applying it to whatever project is being installed.

Fluxtrol is used in, and is critical, in profiling high-performance induction heating systems, including automotive, aerospace, tooling, and metallurgical industries. Economically and practically, Fluxtrol enables the direct management of how the magnetic field interacts with or is able to heat up the metal part. Fluxtrol enables precise temperature control, shorter heating cycles, better surface hardening or through-hardening results, and is even more critical in heating applications where accurate, localized heating needs to occur, such as hardening gears, teeth or shafts.