Höganäs Inductor Solutions for the next generation of inverters
Providing unique flexibility for electronics design
Inductit provides more flexibility to your innovations. A neat, compact inductor paves the way for the production of slimmer, more streamlined inverters that appeal to modern tastes. Choose Inductit, and prepare to develop the next generation of inverters.
Thanks to enhanced efficiency, our inductors are more compact. In combination with the water-sealing feature and the pot core design that prevents magnetic flux leakage, it means you can place them wherever you want inside the inverter. Outside the cabinet is also an option.
High performance at moderate cost
Höganäs’ unique iron-based material provides a winning combination of high magnetic saturation and low magnetic losses. With its cylindrical shape and highly compact design, Inductit offers greater resource and energy efficiency than any traditional inductor model. This in turn helps you develop more competitive inverters.
Customised to your needs
Inductit is available in a wide size range and can be optimised to fit your application requirements. Whether your main concerns are inductor size (height or width), efficiency, maximum operating temperature or cost, our inductors can be customised to help you reach your goals.
Combining metal powder innovation and efficient geometry
Inductit supports your drive to produce cost-effective, environmentally-friendly solutions. Being made from iron-based, recycled metal powders in a virtually zero waste process, the new inductor minimises the consumption of raw materials.
By using iron powder with significantly improved magnetic performance in combination with the highly efficient Pot Core geometry, we have been able to reduce the inductor’s size and weight to make it more compact than any traditional solution.
All this has been achieved without sacrificing on performance. Thanks to the efficiency-enhancing shape of Inductit and the unique properties of the material itself, performance is actually improved.