Posts

Showing posts from December, 2020

Magnetic solutions- Varied solutions and how these would benefit industries?

Image
  Magnetic solutions might be required by your industry and if you are seriously looking for such solutions then you can engage us.  Looking at the solutions we can mention the  magnetic core material . So what is a magnetic core?  The core is a piece of magnetic material that has a high magnetic permeability which is used for confining and guiding the magnetic fields within the electrical, electromechanical as well as magnetic devices like the electric motors, inductors, electromagnets and much more. It is made from the ferromagnetic metals like Iron or the Ferrimagnetic compounds like the ferrites. The high permeability which is relative to surrounding air causes the lines of the magnetic field to be concentrated within the core material. What is the usage of the magnetic core? The core could aggravate the strength of a magnetic field. There are varied magnetic core materials and amongst them, one of them is a ferrite core. These cores could be made both soft as well as hard. Th

Know everything about the fixed gap magnetic coupling and its advantages

Image
  In a majority of the designs of much industrial equipment, moving parts are generally connected mechanically to one another. But for a majority of torque-transfer applications, it is always an ideal condition if the two shafts do not meet physically. This proves to be specifically true in wet, high-pressure, or other rough working environments. Magnetic coupling usually provides an invaluable alternative since it transfers the torque through a magnetic field rather than physical contact. The most widely used magnetic core material is divided in usually two parts. One of them is a ferromagnetic metal such as iron and the other one is a ferrimagnetic compound such as ferrites. The greater permeability to the surrounding air relatively generally causes the magnetic field lines to be reduced to the magnetic core itself . For example, Ceramic ferrite magnets are usually made by mixing greater proportions of iron oxide blended with fewer proportions of one or more extra metallic el