Linear wide width plasma cleaning machine, PVC pipe modification treatment, how to achieve surface adhesion?

As is well known, plasma treatment is a technology that uses high-energy plasma to modify the surface of materials. Why is plasma cleaning machine called an active species with electrons, ion radicals, and excited molecules. Gas molecule ionization generates plasma through high-frequency electric field. Ions and electrons in plasma can generate high kinetic energy on atoms and molecules on the surface of materials, leading to chemical reactions or physical changes that alter the surface properties of materials. N2, H2, and other gases are commonly used as carriers for plasma, exposing the material surface to the plasma.

Ions in plasma collide with atoms and molecules on the surface of materials, causing oxidation, reduction, and polymerization, thereby changing the chemical composition and morphological structure of the material surface, improving its adhesion, wear resistance, corrosion resistance, and viscosity.

The processing process of linear wide width plasma cleaning machine has the following characteristics:

1. Surface cleaning: PVC and other rolls, low-temperature plasma cleaning machine, can remove dirt, grease, oxides, organic matter and other impurities on the material surface, making the material surface meet the cleaning requirements.

2. Surface activation: After plasma cleaning treatment, polyethylene can increase the roughness and surface energy of the material surface, making it have better adhesion and wetting properties, thereby improving the quality and efficiency of coating, printing, and bonding processes.

3. Surface function: Plasma cleaning technology can introduce new functional groups on the surface of materials such as hydroxyl, carboxyl, and amide groups, thereby changing the heat resistance, chemical corrosion resistance, and biocompatibility of the material surface,

4. Surface decoration: Plasma cleaning treatment can form micro nano structures on the surface of materials, such as micropores, protrusions, nanowires, etc., thereby changing the shape and structure of the material surface, such as enhancing the antibacterial, waterproof, and optical properties of the surface.

After low-temperature plasma spraying coating treatment, the coil material can usually be significantly improved, which is reflected in the following aspects:

1. The coating performance can be significantly improved: plasma spray coating technology can form a high hardness coating, significantly improving the wear resistance of the coil. This wear resistance not only extends the service life of the coil, but also reduces scratches and wear in daily use.

2. The coating has excellent corrosion resistance: it can effectively protect the coil from corrosive substances. This is particularly important for rolls that need to be used in harsh environments such as humid, high-temperature, or chemically corrosive environments.

3. Adhesion and bonding strength: The coating formed by plasma spraying coating technology has good adhesion and bonding strength with the coil substrate. This means that the coating is not easily detached or peeled off, and can maintain its protective performance for a long time.

4. Coating uniformity and density enhancement: Plasma spray coating technology can ensure uniform distribution of the coating on the surface of the coil. This uniformity not only improves the aesthetics of the coil, but also ensures the stability of the coating performance.

5. High coating density: can effectively prevent the penetration of external substances. This density helps protect the coil from harmful substances such as moisture and oxygen, thereby extending its service life.

6. Environmental friendliness: The plasma spray coating process does not use harmful solvents or chemicals, making it environmentally friendly. This meets the requirements of modern industry for green production and helps reduce environmental pollution.

7. Plasma cleaning technology has a high deposition rate and can quickly form a uniform and dense coating, which can improve production efficiency and save energy to a certain extent.

8. Plasma spray coating technology can not only be used to prepare coatings with single functions such as corrosion resistance and wear resistance, but also to prepare composite coatings with multiple functions as needed. This multifunctionality enables the coil to meet the application needs of more fields.

9. Plasma cleaning technology is suitable for various types of coils, including metals, ceramics, plastics, etc. This expands its application range, enabling more types of coils to benefit from the treatment of plasma spray coating technology.

10. In practical applications, plasma spray coating technology has been successfully applied in multiple fields such as automotive manufacturing and electronic components. The coil treated with plasma spray coating not only maintains good aesthetics and durability, but also significantly improves its performance.

In summary, in terms of coating performance, uniformity and density, environmental protection and energy conservation, as well as application fields, experiments have shown that after plasma spraying coating treatment, the coil has been significantly improved. Nowadays, the vibration instrument AF plasma spraying coating treatment technology not only provides better protection performance and service life for the coil, but also meets the requirements of modern industry for green production and multifunctionality.