good quality magnetic concentrator

concentrator magnetic separator manufacturer exporter supplier in india

We are considered to be one of the leading manufacturers and suppliers of the highest quality Concentrator Magnetic Separator that are manufactured by utilizing the superior quality raw material to make sure the quality of the products and customers satisfaction. We are manufacturing the products as the customers needs and their requirements following international quality guidelines for perfection of high capacity concentrator magnetic separators. The products are having unique attributes reliable, durable and the best performing products are accessible in the market at market leading prices.

The manufactured Magnetic Concentrator Separators are widely used for progressing or focusing material containing a high level of magnetic or where magnetic/mechanical agitation is required for the separation of numerous troublesome materials. The material to be dealt with is encouraged from the vibratory feeder on to lower belt where subsequent to traveling a short separation it goes under the belt conveyor.

research on the mechanism of magnetic flux concentrator in the gap-to-gap induction heating of wind power gear - sciencedirect

Gear quality is one of the factors that determine the stability of the wind turbine. Electromagnetic heating is a green and efficient heating method, which has been used to heat wind power gears. Good mechanical properties could be obtained by induction hardening on the surface of wind power gears. And a uniform hardened layer along the tooth profile is needed. In this paper, research on the effect of the Magnetic Flux Concentrator (MFC) in gap-to-gap induction heating of wind power gear was carried out. The study and the experimental tests refer to the heat treatment of an inner gear ring of a wind turbine transmission of modulus m=16at frequency 6000Hz. The calculated hardened depth is 3mm inward from the side of the tooth profile, and reaches 2mm at root of the tooth. The mechanism of the concentrator, and the relationship between MFC characteristics and the heating results are explored. The study found the heating time and quality could be significantly affected by the geometrical dimensions thickness "t", height "h" and material of the MFC. The Magnetocaloric Capacity "Mc" was proposed to describe the ability of the MFC to influence the heating process. The characteristics of the magnetic flux concentrator that affect the heating quality and efficiency are discussed. Meanwhile, this study found that the heating efficiency is related to the strength of the magnetic field in the MFC and the distribution of magnetic field lines. By adjusting t, h and the materials, the heating efficiency and quality could be significantly changed. The maximum temperature difference along the tooth contour was changed to 39.6%, and the average temperature was changed to 6%. When the relative permeability of the material is matched with the frequency, a better heating quality and higher speed could be obtained. The research provides a theoretical support for the precise control of the gap-by-gap induction heating of wind power gear, especially for quality control by the MFC.