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Centrifuge: 1. The impurities and contaminants in the emulsion after being processed by this machine are easy to remove. 2. The removal and separation of microparticles such as toner, glass powder, aluminum powder, and stainless steel powder are simple. 3. No filter media wear. 4. It will not separate the additives in the solution. 5. Both oily and water-soluble cutting fluids are suitable. Product principle: The centrifugal separator involves injecting the machining fluid containing impurities and contaminants into a high-speed rotating cylinder; under the effect of centrifugal force, the larger-grained abrasive particles and impurities in the emulsion adhere to the inner wall of the cylinder, while the clean liquid flows out from above the center. When too much dirt and iron filings accumulate, open the upper cover of the machine and clean it manually. Product features: 1. The impurities and dirt in the emulsion after being treated by this machine are easy to remove. 2. The removal and separation of microparticles such as toner, glass powder, aluminum powder, and stainless steel powder are simple. 3. No filter media wear. 4. It will not separate the additives in the solution. 5. Both oil-based and water-soluble cutting fluids are suitable. Application range: Suitable for deep hole drilling machines, boring and grinding machines, electrical discharge machining machines, polishing machines, precision grinders, gear grinders, cleaning machines, glass processing machinery, removal of impurities from hydraulic oil, finish grinding on grinders, cleaning machines, honing machines, as well as the ceramic and glass processing industries. A centrifugal separator is also known as a centrifugal filter or centrifuge. Suitable for the separation and purification of water-based or low-viscosity oil-based coolants. It is divided into manual unloading and semi-automatic unloading. There is no filter media consumption, and it can be used in combination with other filtration methods. Centrifugal filters are ideal devices for removing impurities from liquids, and they are commonly used to separate suspensions that contain a high amount of solids with large particles. For the purification of cooling fluids in grinders and other machine tools, centrifugal filters can be used to separate magnetic or non-magnetic impurities from the cooling fluid. It is particularly suitable for separating cooling oils with high viscosity. The use of a centrifugal filter can reduce the number of times the grinding wheel needs to be repaired, improve the surface finish of the machined parts, and extend the service life of both the grinding wheel and the cooling oil. It is truly an ideal auxiliary device for machine tools that use cooling lubricants. The centrifugal filter consists of a rotating element and an inlet for the liquid. The dirty liquid enters the centrifugal filter through this inlet and then flows into the rapidly rotating, open-top rotor. Due to the centrifugal force, and because of the difference in density between the impurities and the liquid, the impurities adhere to the inner wall of the rubber lining. The filtered coolant then flows out of the rotor through the blade assembly. Application areas of centrifugal separators: cooling fluids in grinding processes, pure oils, washing water, finishing and deburring operations, grinding of ceramic-grade glass, spraying. Key features of centrifugal separators: ● Small footprint and flexible installation ● No filter media required; high separation accuracy ● Simple and reliable manual or semi-automatic discharge ● High separation factor and efficient separation performance ● Multiple centrifugal separator units can be used together when the flow rate is high