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The use of plasma cleaning machine benefits

Plasma cleaning machine by vacuum cavity and high frequency plasma power supply, vacuum pumping system, gas system, automatic control system and so on. It is widely used in all kinds of fresh treatment industry. Here are a few of us to give you a plasma cleaning machine is widely used reasons: 1. Environmental protection The plasma ACTS as a coherent gas-solid process, consuming no water, adding no chemicals, and polluting the surrounding environment. 2. Universality Using plasma cleaning machine in general is the basic material type, regardless of processing objects can be handled, for metal, semiconductor and oxides and most of the polymer materials, such as polypropylene, polyester, polyimide, and even ptfe etc can get very good treatment, and can realize the overall and partial and is responsible for the structure of the cleaning process. 3. Strong functionality Plasma cleaning machine not only involves the road polymer material shallow surface, can maintain the material's own characteristics at the same time, has given a kind of or many new functions. 4. Low temperature Plasma cleaning machine close to room temperature, especially suitable for polymer materials, compared with the use of corona and flame method has a long preservation time and surface treatment tension. 5. Low cost The plasma treatment device is simple, easy to operate and maintain, can run continuously, often a few bottles of plasma gas can replace thousands of kilograms of cleaning fluid, so the cost of cleaning will be greatly reduced with wet cleaning. 6. The whole process is controllable Almost all parameters of the plasma cleaner can be set and recorded by computer for quality control. 7. Unlimited geometry of the processed objects Use such as ion cleaning machine processing objects, its or large or small, simple or complex shape, components or textiles can be processed.

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Plasma cleaning machine advantages

1. The cleaning object is dried after the plasma cleaning machine, and can be sent to the next process without further drying treatment. Can process the efficiency of the whole process line; 2. The plasma cleaning machine can keep users away from harmful solvents to human body, and avoid the problem that the objects are easily damaged in wet cleaning; 3. avoid the use of trichloroethane and other harmful ODS solvents, so that the cleaning will not produce harmful pollutants, so this cleaning method belongs to the environmental protection of the green cleaning method. This becomes more and more important in the context of global concern for environmental protection; 4. Plasma generated by using high frequency radio wave range is different from direct light such as laser. The plasma is not very directional, which allows it to go deep into the tiny holes and pits of the object to complete the cleaning task, so there is no need to worry too much about the shape of the object to be cleaned. And the cleaning effect on these hard-to-clean areas was even better than that of freon cleaning; 5, the use of plasma cleaning, cleaning efficiency can be significantly improved. The whole cleaning process can be completed in a few minutes, so it has the characteristics of high yield; 6. The vacuum degree that plasma cleaning needs to be controlled is about 100Pa, which is easy to achieve. Therefore, the equipment cost of this device is not high. In addition, the cleaning process does not require the use of expensive organic solvents, which makes the overall cost lower than the traditional wet cleaning process. 7. the use of plasma cleaning machine, to avoid the cleaning solution of transportation, storage, emissions and other treatment measures, so it is easy to keep the production site clean and sanitary; 8. plasma cleaning can not be separated from the treatment of objects, it can handle a variety of materials, whether it is metal, semiconductor, oxide, or polymer materials (such as polypropylene, polyvinyl chloride, polytetrafluoroethylene, polyimide, polyester, epoxy resin and other high polymer) can be used to treat the plasma. Therefore, it is especially suitable for materials that are not resistant to heat and solvent. And can also selectively clean the whole, part or complex structure of the material; 9. At the same time of cleaning and decontamination, it can also improve the surface performance of the material itself. For example, improving the surface wettability and film adhesion is very important in many applications.

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