Rubber roller magnetic separator

Magnetic roller magnetic separatorProduct Features

1. The transmission system is separated from the casing, making cleaning and maintenance convenient.
2. The magnetic roller is evenly magnetized, and the separated debris and iron powder are dried.
3. Can handle coolant containing powdery magnetic impurities.
4. The generated magnetic field is large, and the stainless steel magnetic roller has a large adsorption area and good separation effect.
5. Simple appearance, compact structure, smooth operation, low noise, and low power loss.
6. Small size, easy to install and use, can be designed and manufactured according to the specific space of the machine tool.

Magnetic roller magnetic separatorApplication field

Specially suitable for various grinding machines, precision grinding machines, wire drawing machines, electrical machining and other processing equipment
Purification of coolant for grinding machines and other precision machining tools.
Most applications are in the separation of crushed materials. The main market for magnetic separators is the separation of crushed materials in mechanical processing such as lathes, grinders, and planers. They can be used in processes that require iron selection, such as industrial waste and chemical intermediate products. With the increasing use of aluminum in the market, the amount of aluminum sales inevitably increases, and the presence of iron makes it impossible to use it properly. At this time, a magnetic separator is needed for separation. There are also many requirements when refining copper powder and non-ferrous metals.

Magnetic roller magnetic separatorInstallation and precautions

1. The flow assembly shape should be set according to the nameplate standard. If the inlet and outlet do not match the machine tool, a variable diameter joint can be added for transformation.
2. Before installation, water can be drained only when the direction of operation is normal, and then the disc nut should be tightened appropriately to achieve the maximum rolling state between the rubber stick and the magnetic bucket.
3. When not working for a long time, the box should be cleaned to prevent impurities from accumulating and freezing. If the gap between the chains is too large, the tightness should be adjusted in a timely manner and the chains should be oiled regularly.
4. Impurities should not increase rapidly, otherwise it will cause the motor to lock up and promptly deal with the attachments on the surface of the rubber stick and magnetic bucket.
5. Before inspection and maintenance, it must be carried out with power and water cut off.

Magnetic roller magnetic separatorIn grinding, with the improvement of machining accuracy, high-speed grinding and strong grinding technologies have developed rapidly. In addition to selecting reasonable grinding parameters, it is also necessary to improve the circulation quality of grinding fluid. Purification devices are divided into two types: filtration type and power type. Filter type filters rely on filter media to remove impurities, such as filter screen type, line gap type, sheet type, and paper tape type filters. Power type separators rely on certain forces (such as centrifugal force, magnetic force, or gravity) to separate impurities, such as centrifugal, vortex, and magnetic separators.
When grinding ferromagnetic materials, the waste liquid contains both ferromagnetic substances and non ferromagnetic impurities. Generally, a magnetic separator is used to remove more than 80% of the impurities. For better control of filtration accuracy, a combination of magnetic separator and paper tape filter can be used.

Magnetic roller magnetic separatoreffect

Magnetic separators are used for purifying coolant (cutting oil or emulsion) in grinding machines and other machine tools. They are mainly used for automatic separation of ferromagnetic substances, keeping cutting fluid clean, improving machining performance and tool life, and reducing environmental pollution. The separator drum uses strong magnetic force to separate ferromagnetic chips and abrasives from machine tool cutting fluid (oil, water), achieving automatic separation. Thereby improving the quality of processed products, reducing costs, and enhancing production efficiency.