Fluxtrol Inc. products

Highest maximum magnetic permeability and the lowest magnetic losses at low to intermediate frequencies in the Fluxtrol family of soft magnetic composites in the favorable magnetic direction. Fluxtrol A also has good mechanical strength, thermal conductivity, and is readily machinable. However, it does have high magnetic and thermal anisotropy, which should be taken into account when using the product.

Excellent performance over a wide range of frequencies. Material has good mechanical strength, machinability and thermal conductivity. Note:There are many variables involved in an induction process. In order to utilize the fullest potential of our product, you must help narrow down the parameters you are operating with. Each grade of Fluxtrol material has its own distinctive properties that are beneficial to a certain range of electrical and design parameters. Contact Fluxtrol Inc. to receive more information about which material is right for you. To buy Fluxtrol 50, fill out the contact form on this page and we will be in touch with you shortly.

Good performance over a wide range of frequencies. Material has the best elasticity of Fluxtrol materials, excellent machinability and reasonable thermal conductivity.

Proven flux concentrator performance with the highest dielectric strength in the Fluxtrol family of machinable soft magnetic materials and lowest losses at high frequencies. Almost constant magnetic permeability over a range of magnetic flux densities and frequencies. Material has good mechanical strength and thermal conductivity. Regarded by many to have the best machinability of the Fluxtrol family of materials.

Similar to Ferrotron 559H standard, Original has nearly constant permeability over a wide range of flux densities and excellent machinability. When compared to Ferrotron 559H, Original has better mechanical strength, higher magnetic permeability, saturation flux density and thermal conductivity. These improvements do come at a cost of dielectric strength and magnetic losses.