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Guangdong Wordfik Vacuum Technology Co., Ltd. was established in 2019 in Chashan Town, Dongguan City, Guangdong Province. The company has a registered capital of 5 million yuan. Since its establishment, it has aimed to build a vacuum pump maintenance super factory. It specializes in providing customers with various types of vacuum pump repair, maintenance, testing and debugging, vacuum system design and installation, and vacuum pump rental services. The maintenance plant covers an area of about 3,500 square meters. Dust workshop decoration design, dismantling workshop, assembly workshop, testing workshop, spare parts warehouse, equipment room, technical department, cleaning room, etc.
What is the function of the oil mist separator
The oil mist separator is mainly to solve the workshop environment problems such as oil mist, water mist or dust in machining. It is generally used in CNC machining centers, cleaning machines, die casting machines, CNC lathes and other machining equipment. The oil mist in the cavity achieves the purpose of purifying the air and protecting the health of workers.
How to discharge the water in the oil mist separator?
Oil mist separator inlet water removal method
One filtration liquid phase capture
The rotary screw filter intercepts the solid particles in the inhaled medium first.
By thoroughly intercepting larger solid and dust particles in the front section, the pressure of the multi-stage filtration at the rear end is greatly reduced.
Secondary filtration gas phase interception
High-pressure collision centrifugal separation intercepts liquid-phase mist.
High-pressure collision technology: aerosol particles are collected by coarse filter elements, and fine particles are completed by step-by-step filter materials. Centrifugal separation and interception of liquid phase mist: the medium objects are collected by different workpieces in the airflow direction, and the most suitable filter structure and material are selected for different media. Personalized filter to intercept aerosol particles: improve the inherent structure in terms of airflow structure, reduce resistance and improve efficiency. The surface of each air duct is treated with F4 produced by DuPont in the United States, so that the machine has high filtration accuracy and long service life.
Three filter vacuum mist
After the oil mist containing fine dust is collected by the third-stage separation, the post-installed activated carbon filter can effectively remove the odor and harmful gas, and the clean air is directly discharged into the air through the fan under the action of the negative pressure of the fan.
How the oil mist separator works
Step 1: The rotary screw filter intercepts the solid particles in the inhaled medium first. By completely intercepting the larger solid and dust particles in the front section, the pressure of the rear filtration is greatly reduced.
Step 2: High-pressure collision technology: The aerosol particles are collected by the coarse filter, and the fine particles are completed by the filter. Centrifugal separation intercepts liquid phase mist: in the airflow, the media objects are collected by different working parts, and the most suitable filter structure and material are selected for different media. Personalized filter to intercept aerosol particles: improve the inherent structure in terms of airflow structure, reduce resistance and improve efficiency.
Step 3: After the oil mist containing fine dust is collected by the third-stage separation, the post-installed activated carbon filter can effectively remove odors and harmful gases, and the clean air is directly discharged into the air by the fan under the action of the negative pressure of the fan. .
The above is the working principle of the oil mist separator.
Frequently Asked Question
Do you have any question?
Mist Eliminators work by utilizing composite mesh or vane plate surfaces to separate the mist droplets from gas streams through mechanical impingement and inertial impaction. The large surface area coupled with a small volume allows for the collection of liquid without substantially impeding the flow of gas.
Oil mist may form when high pressure fuel oil, lubricating oil, hydraulic oil, or other oil is sprayed through a narrow crack, or when leaked oil connects with a high temperature surface vaporizes and comes in contact with low air temperature and condenses.
Oil Mist is a centralized system in which the energy of compressed gas, usually air taken from the plant supply, is used to atomize oil. Oil is then conveyed by the air in a low pressure distribution system to multiple points of lubricant application.