Wet Magnetic Separators in Thailand
Best Wet Magnetic Separators Manufacturers In India
The wet magnetic drum separator (known as NTS) is used to remove very fine magnetisable components from low concentration, low-viscosity liquids. NTS is mainly used by metal processing industry and for the treatment of pre-concentrates extracted from high gradient magnetic filter. About 90% of the very fine magnetisable components can be separated as sludge. Features such as stainless steel housing and powerful neodymium iron boron magnets are standard.
Permanent Magnetic Overband Separator in Thailand
Trusted Permanent Magnetic Overband Separator Manufacturers In India
Bringing your search for Permanent Magnetic Overband Separator to an end, Kumar Magnet Industries is the ultimate solution. The company has marked its presence amidst the top-notch Permanent Magnetic Overband Separator Manufacturers in India. The materials used in the manufacturing make the Permanent Magnetic Overband Separator highly durable in nature and sturdy in structure. Resistance to rust is also assured with special powder coating on the surface.
Circular Magnet in Thailand
Bringing your search for Circular Magnet to an end, Kumar Magnet Industries is the ultimate solution. The company has marked its presence amidst the top-notch Circular Magnet Manufacturers in India. The materials used in the manufacturing make the Circular Magnet highly durable in nature and sturdy in structure. Resistance to rust is also assured with special powder coating on the surface.
Permanent Magnetic Drum in Thailand
SIZE RANGE
The permanent Drum Separators are available in standard drum diameters of 300 mm, 400 mm & 450 mm. Drum length range from 300mm to 1200mm. Other sizes can be made as special to your requirement. The larger diameter and length of the drum the greater is the volume of material Which can be handled.
Ferrite (Ceramic) Magnets in Thailand
KUMAR'S FERRITE MAGNETS are very hard, but more brittle and more prone to cracks and chipping on the edges and corners. They are characterised a very high normal and intensive coercive force, but rather a low residual induction and are virtually free form self-f-Demagnetisation. They possess a very high electrical resistivity which makes them ideally suited for high frequency applications.
