What should you pay attention to when purchasing plasma cleaners? CRF will answer for you so that you can avoid detours:
With the rapid development of high-tech industries, various processes have increasingly higher technical requirements for the use of products. The emergence of plasma cleaning machine surface treatment technology has not only improved product performance, increased production efficiency, but also achieved safety and environmental protection. Plasma surface treatment technology can be applied in the fields of materials science, polymer science, biomedical materials science, microfluidics research, microelectromechanical system research, optics, microscopy, and dental medicine. It is this wide application field and huge development space that make plasma surface treatment technology develop rapidly in developed countries abroad. According to survey data, the total output value of global plasma surface treatment equipment has reached 300 billion yuan in 2008. However, we have to ponder what made the plasma cleaning machine process develop so rapidly in just 20 years.

The plasma surface treatment technology of the plasma cleaner is a dry treatment method, which replaces the traditional wet treatment technology and has the following advantages:
1. Environmental protection technology: The plasma action process is a gas-solid coherent reaction, which does not consume water resources and does not require the addition of chemicals;
2. High efficiency: the entire process can be completed in a short time;
3. Low cost: the device is simple, easy to operate and maintain, a small amount of gas replaces expensive cleaning fluid, and there is no waste liquid cost;
4. The processing is more refined: it can penetrate into the inside of the micro holes and recesses and complete the cleaning task;
5. Wide applicability: Plasma surface treatment technology can realize the treatment of most solid substances, so it has a wide range of applications;
To choose the right plasma cleaner to buy, you need to analyze several aspects: analysis of cleaning requirements; according to the characteristics of the sample, is it a complex shape or a flat surface? And how much temperature can the sample withstand? Does the production process and efficiency requirements require supporting production lines?
1. Choose a suitable cleaning method
Choose an appropriate cleaning method based on the analysis of cleaning requirements. Namely atmospheric pressure plasma cleaning, wide-width plasma cleaning, and vacuum plasma cleaning.
2. Processing time
The modification of the surface of the polymer processed by the plasma equipment is a free gene. The longer the processing time, the greater the discharge power, so this is one of the important information you need to know when buying.
3. The commonly used power of plasma cleaner is about one kilowatt
4. How long can the products with plasma surface treatment be retained?
This is based on the material of the product itself. It can be suggested that in order to avoid secondary pollution of the product, the next process can be carried out after plasma surface treatment, which can effectively solve the problem of secondary pollution and improve the performance of the product. And quality.
5. Will the plasma cleaner produce harmful substances during use?
There is no need to worry about this problem, because the plasma cleaner has a full set of preventive measures when it is processed, and it will be equipped with an exhaust system. A small part of the ozone will be ionized by the air, so it is not harmful to the human body.