Rare Earth Magnetic Seperators can be used in processing industry for removal of weak magnetic or fine iron impurities from Minerals, Refractories, Food Products, Glass, Slag, Ores etc.

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.

General Principles:
The liquid flows through a semi-circular separating chamber beneath a stainless steel drum to which the magnetisable particles are attracted. The strong, high-gradient magnetic field is created by a cylinder consisting of permanent magnetic discs positioned within the drum. These specialpermanent magnetsgenerate particularly high field gradients which are necessary for successful separation, as is the need with allMagnetic-Separators.
For recovering Magnetic/Ferro-silicon in dense media plants and iron ores, wet drum separators are mainly used. They remove contamination from the product stream, increasing product purity and plant productivity. In the applications where the product purity is most essential, the wet drum separators can use powerfulRare Earth Magnets, which can remove very fine and weak contaminants even from dense materials.

Features:
(1)Wet drum magnets have high magnetic recovery and discharge.(2)The feed slurries recover the magnetic.(3)It is available in single or multiple drum applications.(4)Recover magnetic solids in as clean as a magnetic concentrate.(5)Permanent magnet assembly eliminates coil burn-outs(6)The magnet/pole elements are bolted to a mild steel shaft.(7)The drum is made from thick stainless steel for long service life.(8)Wet drum separators are available in different configuration like single drum, double drum and multiple drum. In double drum two separators are arranged back to back with a common feed back.

Applications:
(1)Glass industry
(2)Chemical industry
(3)Plastic industry
(4)Mining industry
(5)Food industry
(6)Pharmaceuticals industry
(7)Foundry industry

Buyers Advantage:
Buyers have the following advantages:
(1)The separator provides minimum wear on the cylinder.
(2)The materials are returned to the feed point automatically.
(3)It has the high magnetic solid discharge
(4)It can also handle heavy magnetic load.
(5)Wet drum separator has wide industrial usage.

Inline Magnetic Separators are available for installation in the Feed lines such as at the outlet of elevator, screw conveyor etc. Flanged type Inlet and outlet connections are provided. The Magnetic Drum incorporates High Intensity stroncium /Rare Earth Magnets. These are widely used for Cattle Feed Plants, Flour Mills, Rice Mill, Minerals, Refractories, Glass and many other Products.

Salient Features:

(1)Drum consists of High Coercivity modern Anisotropic Permanent Magnets.
(2)Strong & Rugged construction.
(3)Automatic Separation of Iron Impurities.
(4)Completely enclosed design to avoid dusting and pollution.

Rotary Drum Magnetic Saparator:
Abstract:
Solid waste incinerator fuel is pre-classified by passing it through a hollow rotating cylindrical drum which has magnetic extensions called flights protruding from the inside of the drum wall along its length. The drum may also have a first set of non-magnetic flights towards one end protruding further from the wall toward the center or axis of the drum. Then a second non-magnetic portion on the other side of the magnetic flights along the length of the drum. The magnetic flights attract particles and material subject to magnetic attraction. The ends of the first set of non-magnetic flights towards the middle of the length of the drum are preferably shaped or rounded somewhat lengthwise. A scraper assembly preferably having two material removal channels or chutes in addition to a scraper blade, may be arranged to extend into an exit end of the drum. The scraper blade removes magnetic or iron particles from the magnetic flights as the drum rotates. These are carried out of the drum via a first of the two channels, with the non-magnetic non-combustibles being carried out via a second channel.

This ideally used to collect the iron scrape from the workshop floor. Magnetic Plate with cover, wheels and Handle in three different sizes are available.

Rare Earth Magnetic Seperators can be used in processing industry for removal of weak magnetic or fine iron impurities from Minerals, Refractories, Food Products, Glass, Slag, Ores etc.

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.

General Principles:
The liquid flows through a semi-circular separating chamber beneath a stainless steel drum to which the magnetisable particles are attracted. The strong, high-gradient magnetic field is created by a cylinder consisting of permanent magnetic discs positioned within the drum. These specialpermanent magnetsgenerate particularly high field gradients which are necessary for successful separation, as is the need with allMagnetic-Separators.
For recovering Magnetic/Ferro-silicon in dense media plants and iron ores, wet drum separators are mainly used. They remove contamination from the product stream, increasing product purity and plant productivity. In the applications where the product purity is most essential, the wet drum separators can use powerfulRare Earth Magnets, which can remove very fine and weak contaminants even from dense materials.

Features:
(1)Wet drum magnets have high magnetic recovery and discharge.(2)The feed slurries recover the magnetic.(3)It is available in single or multiple drum applications.(4)Recover magnetic solids in as clean as a magnetic concentrate.(5)Permanent magnet assembly eliminates coil burn-outs(6)The magnet/pole elements are bolted to a mild steel shaft.(7)The drum is made from thick stainless steel for long service life.(8)Wet drum separators are available in different configuration like single drum, double drum and multiple drum. In double drum two separators are arranged back to back with a common feed back.

Applications:
(1)Glass industry
(2)Chemical industry
(3)Plastic industry
(4)Mining industry
(5)Food industry
(6)Pharmaceuticals industry
(7)Foundry industry

Buyers Advantage:
Buyers have the following advantages:
(1)The separator provides minimum wear on the cylinder.
(2)The materials are returned to the feed point automatically.
(3)It has the high magnetic solid discharge
(4)It can also handle heavy magnetic load.
(5)Wet drum separator has wide industrial usage.

Inline Magnetic Separators are available for installation in the Feed lines such as at the outlet of elevator, screw conveyor etc. Flanged type Inlet and outlet connections are provided. The Magnetic Drum incorporates High Intensity stroncium /Rare Earth Magnets. These are widely used for Cattle Feed Plants, Flour Mills, Rice Mill, Minerals, Refractories, Glass and many other Products.

Salient Features:

(1)Drum consists of High Coercivity modern Anisotropic Permanent Magnets.
(2)Strong & Rugged construction.
(3)Automatic Separation of Iron Impurities.
(4)Completely enclosed design to avoid dusting and pollution.

Rotary Drum Magnetic Saparator:
Abstract:
Solid waste incinerator fuel is pre-classified by passing it through a hollow rotating cylindrical drum which has magnetic extensions called flights protruding from the inside of the drum wall along its length. The drum may also have a first set of non-magnetic flights towards one end protruding further from the wall toward the center or axis of the drum. Then a second non-magnetic portion on the other side of the magnetic flights along the length of the drum. The magnetic flights attract particles and material subject to magnetic attraction. The ends of the first set of non-magnetic flights towards the middle of the length of the drum are preferably shaped or rounded somewhat lengthwise. A scraper assembly preferably having two material removal channels or chutes in addition to a scraper blade, may be arranged to extend into an exit end of the drum. The scraper blade removes magnetic or iron particles from the magnetic flights as the drum rotates. These are carried out of the drum via a first of the two channels, with the non-magnetic non-combustibles being carried out via a second channel.

This ideally used to collect the iron scrape from the workshop floor. Magnetic Plate with cover, wheels and Handle in three different sizes are available.