Magnetic separator for iron powder filtration of grinding machine emulsion

Magnetic separator for iron powder filtration of grinding machine emulsion

The various Yunfan brand magnetic separators provided by Yantai Yunfan Filtration System Company can separate various magnetic impurities in machine tool coolant. The conventional structure of separators can be divided into two categories: rubber roller type and comb tooth type. The following is an introduction to the rubber roller separator.

The magnetic separator housing is equipped with a liquid guide plate that is concentric with the magnetic cylinder. The reliable design allows the magnetic chips in the separated liquid to be adsorbed onto the magnetic cylinder.

The reducer drives the magnetic cylinder to rotate through a sprocket, and then passes through the pressure of an oil resistant rubber roller to squeeze out the liquid carried by impurities and return it to the box without overflowing into the chip box, causing waste. Afterwards, the impurities are separated from the magnetic cylinder by a scraper plate and fall into the chip box. Conventional models are classified according to the corresponding water pump flow rate12Type,25Type, 50Type,100Type,200Type,300Type,400Type, 500Type, etc.

to preventrubberRubber roller slippage can be avoided by increasing gear transmission to allow the magnetic cylinder to drive the rubber roller to operate.

To meet the explosion-proof requirements of the usage site, explosion-proof motors can be used for the reduction motor.

The rubber roller separator can use strong magnetic cylinders and ordinary magnetic cylinders. The strong magnetic iron chip separator has a higher magnetic force than ordinary separators and is an improved rubber roller type strong magnetic separator.

Using a strong magnetic cylinderMagnetic separator for iron powder filtration of grinding machine emulsionHas the following characteristics:

The surface magnetic field strength is high, which is suitable for the adsorption and separation of hard alloy chips and facilitates the recovery of hard alloy chips.

The position of the deceleration motor can be raised as required or in the form of a side mounted motor directly connected to the magnetic cylinder to prevent the accumulation of debris adsorbed on the magnetic cylinder at the motor position and avoid the risk of water ingress into the motor. The reduction ratio of the deceleration motor changes, reducing the operating speed of the magnetic cylinder and minimizing the carryover of liquid.