Looking for Magnetic Drum Separator ?

We are recognized manufacturer and exporter of optimum quality magnetic separators. Our magnetic drum separator are used in so many industries to maintain the service life of machinery. It is also used to enhance final product quality.Single drum magnetic separator is an enclosed device that ensures dust free operations. Single drum magnetic separator contains high density magnets.

It is also provided with isotropic permanent magnets for efficient removal of iron impurities. It is used in so many industries like grains, chemicals, minerals and many more.
Double drum magnetic separators are used in the applications where more efficiency is required. In double drum magnetic separator material is passed through drum twice. To offer desired result, ferrite magnets and stationary permanent magnets are used for the double drum magnetic separators.

To eliminate very fine iron impurities from the material or product, multi stage drum separators are used. It is used for bulk quantity of material. Our multi stage drum separators are available with various width sizes. To obtain desired purity of material, it is passed through the drum for thrice or for more time.

Magnetic Separator for Dry Powder

One more innovative solution correlated to the magnet from us is a Magnetic Separator. We are leading in manufacturer of Magnetic Separator which is an ideal option for searching metal objects in tanks or places that are difficult to access. Furthermore, our Magnetic Separator is powerful replacement of the hoists, chains and hooks which are used to moving and ferromagnetic materials which are heavy in weight. The irresistible features such as Powerful, efficient and high safety level during the process have made it the highly popular in the several industries. The extensive experience in the same domains has unable us to employ the highest skills in the manufacturing lifting magnet that ensure the smooth surface of the magnetic to prevent the air gap during the attachment of the magnet lifting and object surface. During the operation, magnet is placed on the ferrous surface and lever is unlocked by pulling it out and then turns it to the ON position. Once it is ON, lock it by releasing it. With the same procedure the OFF position of the magnetic lifting can be achieved. The less hand on involvement reduces the risk of material damage and allows greater accessibility, in contrast to sling or chain.