What are the common actions before printing and spraying, and after cleaning with a plasma processing machine, is the effect amazing?

Firstly, before cleaning the printing and spraying plasma processing machine, we need to understand why plasma cleaning technology is needed for processing. With the development of the times and the continuous expansion of industrial demand, various dirt, grease, oxides and other substances may accumulate on the surfaces of various materials, which can also affect the normal operation of materials, such as insufficient adhesion, easy paint peeling during spraying, and many other problems. It is necessary to use an environmentally friendly and efficient cleaning method to deal with them. At this time, the role of plasma treatment machines becomes particularly important,

technological process:

1. Plasma cleaning technology undergoes chemical reactions with other substances during the processing, gradually achieving surface modification and modification of reactive molecular groups. By increasing the active groups, the reactivity and adsorption capacity of the equipment surface can be improved, gradually achieving better cleaning effects and smoothly carrying out subsequent treatments. By utilizing ion implantation technology, ions with active functional groups are injected onto the surface of the device, gradually increasing the number of surface active groups. By using plasma treatment technology, surface molecules are activated by plasma to have more active functional groups, thereby improving surface reaction and adsorption capabilities.

2. Using a special spraying process, chemical substances with active functional groups are uniformly sprayed on the surface of the equipment to adhere to the surface and form a coating with a high concentration of active functional groups. By applying the above methods, we can effectively increase the active groups on the surface of the equipment, improve its reactivity and adsorption capacity, and achieve better results before cleaning the printing and spraying plasma generator. It is very important to process the printing and spraying plasma generator before cleaning to ensure the normal operation of the equipment.

3. At lower temperatures, using low-temperature plasma technology can achieve high surface energy, high adhesion, and high added value. Under the action of an electric field, the free electrons in the gas in the plasma cleaning machine obtain energy from the electric field and become high-energy electrons. These high-energy electrons collide with molecules and atoms in the gas. If the energy of electrons is greater than the stimulating energy of molecules or atoms, it will generate stimulating molecular or atomic free radicals, ions, and radiation of different energies.

4. Plasma treatment machine is a type of material that interacts with the surface of materials based on electrons, ions, active particles, and ultraviolet radiation. Low temperature plasma surface treatment has the characteristics of high efficiency, fast speed, and multiple functions.

In summary, plasma processing machines are increasingly being applied in fields closely related to daily life such as printing, packaging, and textiles, whether in high-end industries such as aerospace, microelectronics, displays, semiconductors, etc.