The aim of R&D MAGNETO Ltd. is to meet producers in the range of magnetic materials and inductive elements.
This mission is realized not only by sales activities but, first of all, by a scientific support and engineering consultancy. You can find in our offer a wide spectrum of components dedicated to the power electronics, automatics, telecommunications, automotive industry, railway engineering, welding technology and industries in which the separation of magnetic impurities is needed. .
We are the sales representative of VACUUMSCHMELZE GmbH & Co. KG.
We have in our offer the book (in Polish) "Magnetic materials in engineering" by Marian Soinski and proceedings of the "9th International Workshop on 1 & 2 Dimensional Magnetic Measurements and Testing".
Inductive components
Inductive elements can almost be found in every electronic device. First in power supply units, measuring instruments, UPS's and control modules.
Modern inductive elements, manufactured inter alia by Vacuumschmelze GmbH & Co. KG, are in our offer:
magnetic cores
current...
Magnetic materials
Owing to the arrangement area size of atoms, magnetic materials are divided into materials with the following structures:
* crystalline
* microcrystalline
* nanocrystalline
* amorphous
Fig. 5. Range of atom arrangements and corresponding with them types of structures (source:...
Magnets
Aspirations for miniaturization and increase in device efficiency have lead to a search for magnets with greater and greater energy densities.
The figure below shows the development of magnets
Fig. 7. Change in energy density (B.H)max of magnets within the space of recent hundred...
Magne-View®
R&D Magneto® is the exclusive representative in Poland of Magne-Rite®, Inc., manufacturer of Magne-View® - a magnetically sensitive film called also "the Green Film"®
Magne-View® is a micro-encapsulated film which enables the user to view a static magnetic...
Fluxtrol
Fluxtrol flux concentrators help induction heating users achieve increased productivity by focusing heating on critical areas only (via control of magnetic fields) and thus greatly reducing time to temperature. In addition, more power is transferred into the selected area of the workpiece...
