With the rapid development of metal processing in the direction of high precision, the ultra-essential oil filter has higher and higher requirements for the ultra-fine oil used in ultra-fine grinding. And oxidation produces colloid and other sludge precipitation, mechanical impurities make the bearing surface unsmooth, and the running-in of the channel is not good; too much colloid impurities make the oil acidic, causing problems for product rust prevention; at the same time, the condensation of suspended particles makes each bearing The amount of super-essential oils taken away increases, resulting in an increase in the loss of super-essential oils. Generally, the filtration system attached to the bearing processing machine tool when it leaves the factory has low filtration accuracy and large consumables, which can only meet the production requirements of low-precision bearings, but cannot meet the production requirements of high precision and low The need for noise bearings. Traditional pressurized, centrifugal filters use diatomaceous earth, filter cloth filtration, large consumables, high power consumption, and cumbersome operation.

In order to solve the above problems, our company used the patented resin infiltration technology and cooperated with the special internal design of the machine to increase the sedimentation and filtration area, and developed this set of ultra-essential oil filter, which is used for the filtration and purification of ultra-essential oil in bearing manufacturing enterprises. The machine is easy to operate, Safety, low energy consumption, can effectively remove impurity particles above 2μm in oil products, and can be recycled after ultra-essential oil filtration. Machine features: 1. Pure physical filtration. 2. The filter bed adopts patented permeable resin, which can be used for a long time without consumables .3. The machine uses only 1 kWh of electricity per ton of ultra-essential oils filtered. 4. The machine has a high degree of automation, simple operation and management, and saves labor. 5. The use of a scientific safety system can ensure the long-term safe operation of the machine. 6. The machine can be designed and manufactured according to customer needs.