What materials are suitable for plasma cleaning machines to handle? Cleaning of ultrafine metal surfaces? Surface preparation of plastics and elastomers? Surface preparation and cleaning of glass products? Ceramic removal of surface oxidation?

Plasma treatment is a technology suitable for industrial applications and general industry. Used for activation, surface treatment and processing of materials before printing or pasting programs, it can obtain a highly functional surface. This process is commonly used for surface treatment in product processing.

Indeed, compared to corona treatment machines, plasma treatment machines have been found to have a clean surface, no residual dust, and strong reactivity after plasma treatment under pressure or vacuum. This can improve the surface of the material and effectively remove dust, without damaging the product surface like processes that require chemicals. Further technological activation of parts involves using gases different from air, such as pure nitrogen or mixed with reducing gases, to obtain a flexible surface state that can adapt to all the needs of many processes that require these treatments, or at least improve productivity.

Plasma treatment machines are currently widely applicable, and are widely used in plastics and rubber materials such as polyolefins, polyethylene (PE), organic glass (PMMA), polypropylene (PP), polytetrafluoroethylene (PTFE), polystyrene (PS), polycarbonate (PC), polyvinyl chloride, polyurethane PUR) or ABS materials, metals, glass, fabrics and other materials with poor surface adhesion. After plasma cleaning treatment, the adhesion and wettability of the surface can be quickly improved. Due to insufficient surface energy, it is a real challenge for the industry. Plasma or corona treatment changes the surface through discharge and generates high surface energy, allowing adhesives, inks, and other substrates to adhere.

This type of treatment is also very suitable for activating other complex surfaces that require further processing, and plasma or corona cleaning is also very effective. Surface contamination can interfere with the bonding process, such as printing and coating, but using plasma cleaning technology can ensure surface cleanliness.

I believe that many people are puzzled about how long the effectiveness of plasma cleaning treatment can last. It is recommended to use a plasma cleaning machine for surface treatment, which can ensure uniform and long-lasting treatment of the product surface, and improve surface tension and reliability. After treatment with a water droplet angle tester, the values before and after comparison are significantly different. Plasma or corona surface treatment is more effective, with no safety hazards, will not cause product deterioration, and provides better adhesion performance.

Plasma cleaning machines can be applied to glass, metal, and ceramics. Plasma cleaning removes organic pollutants from the surface, making it easier to wet. Metal surface residues are generally treated by cleaning methods such as solvents, but they are not environmentally friendly and affect production. The cost is high, and even extending the treatment time cannot effectively remove seemingly insignificant organic pollutant residues, which ultimately affects the applicability of specific components. The skillful use of plasma cleaning machines can remove organic pollutants from the surface, making it easier to wet.

Plasma cleaning equipment can remove organic pollutants, make the surface more hydrophilic, improve adhesion, and enhance printing adhesion. Online plasma treatment can become wettable within just a few seconds, so even solvent-free inks can exhibit good brush adhesion. Plasma treatment is an inherent cold working process, and thermosensitive materials can also be treated in the same way. Batch plasma treatment is particularly suitable for the activation of complex 3D shapes and surfaces of metals, glasses, and ceramics.

Continuous atmospheric plasma treatment, single or multiple plasma nozzles, batch plasma treatment for three-dimensional shape surface activation, online plasma activated materials, polymers/metals/ceramics/glass, etc. Plasma surface activation is an effective pre-treatment before printing, painting or bonding various polymers, used to improve the adhesion properties of various materials.

Oxygen is usually used as the process gas, and the activity of the parts can last from a few minutes to several months depending on the specific material being treated with plasma. The plasma surface activation equipment series can be configured in various ways, such as single or multiple plasma nozzles, to meet many requirements.