Suspended permanent magnetic separators are widely used for the sites with the conveyed bulk materials. The magnets magnetize the iron when the iron comes closely, thus the magnets and iron tramp attract each other and the iron was caught by the magnets and deliver to the discharging point by the conveyor belt. Longi is the first one to employ the rare earth material as the magnet assembly of the Suspended Permanent Magnetic Separators in the industry.

Product Features

Features for suspended permanent magnetic separators

-Compact Structure

-Less Maintenance, and power consumption

-High Gradient Magnetic Field

-Rare Earth Magnets Available

-Light duty available for the recycling industry as well.

- Wide range of magnetic force are optional for different materials

Technical Parameters

Application

Suspended permanent magnetic separators are applied in wide industries like thermal power plants, coal preparation plants, cement plants, steel mills, chemical plants, mineral processing plants, ports and recycling, etc. They are used to remove the tramp iron on the conveyor belt to protect the downstream equipments and the conveyor belts itself .

Suspended permanent magnetic separators are suspended above the cover belt through the slings or chains. They have the self- cleaning type with is usually fixed in position; manual type which is movable and needs the manual/electro hoist to move the separator when discharging the tramp iron.

LONGi ’s Service Guarantee

One on One Service

LONGi’s in house laboratory is well known for providing professional and accurate sample testing for a wide variety of clients in both the mineral and recycling industries. Based on the lab test results and often a necessary site survey our experienced engineers are proud to be able to offer the best solution available every time we can. Not only do we look for the solution to best process the end users material, but, we are mindful to provide the best value and performance in the most economical way.

Certificates

LONGi Laboratory Introduction

http://www.ljmagnetics.com/