The plasma cleaning technology of low temperature plasma surface treatment equipment is in line with the application in the field of materials

The plasma cleaning technology of low temperature plasma surface treatment equipment is in line with the application in the field of materials:
Since the advent of plasma cleaning technology, with the rapid development of electronics and other industries, its application range has gradually expanded, and it is used for activation etching and plasma cleaning to improve the bonding performance of adhesives. At present, plasma cleaning technology has been widely used in the semiconductor and optoelectronic industries. The main application fields include low-temperature plasma surface treatment equipment such as integrated circuits, semiconductors, and medical treatment. It is mainly composed of plasma generators, gas pipelines and low-temperature plasma nozzles. When the arc discharges, the plasma generator generates high-voltage and high-frequency kinetic energy, and thus the plasma is generated. This plasma technology is excited and controlled in the nozzle, through which the gas, such as air, is sprayed onto the surface of the material. When plasma technology comes into contact with the surface of a material, physical changes and chemical reactions occur. The treated surface has formed a high-density chemical cross-linked layer, or has the effect of promoting the adhesion of various architectural coatings due to the introduction of methyl and carboxyl groups, and has been promoted in coating adhesion and application. Using plasma technology to treat the surface can also get a very thin tough coating, so that the surface has good adhesion, coating and printing properties. The addition of functional components can improve adhesion without other industrial auxiliary equipment. Low temperature plasma surface treatment equipment is suitable for daily necessities and electronic products, furniture surface treatment, surface treatment before printing, hard coating, and no paint peeling after printing.
The use of low-temperature plasma surface treatment equipment to modify the metal surface layer can improve the corrosion resistance of the metal surface, improve the bonding performance of the metal surface, and improve the strength and wear resistance of metal materials; surface treatment of vulcanized rubber and plastic industries; Treat the laminated glass to make it more waterproof, and can print, glue, glue and other sound insulation and noise reduction; bond glass fiber reinforced plastic products for pretreatment and other ionization; laboratory cell culture dishes are used for hydrophilic, bonding Sexual treatment, the cells can be uniform after generation; the display is crimped for pretreatment, the circuit board on the LCD soft film is surface treated, and the hard part is bonded for pretreatment to ensure the firm bonding of the mobile phone case and the notebook case. The frame of the mobile phone and the notebook computer is not easy to fall off when the paint is painted, the shell is glued together, the paint of the shell is not easy to fall off, and the text is not easy to fade. The use of plasma cleaning technology can effectively avoid the damage of chemical solvents to the properties of the material. When cleaning the surface of the material, a variety of active functional groups can be introduced to increase the surface roughness of the fiber, improve the surface free energy of the fiber, and effectively strengthen the resin and the resin. Binding of fibers. The comprehensive properties of composite materials are improved by the bonding between fiber interfaces. The research results show that the use of plasma cleaning technology can effectively improve the interlaminar shear strength of aramid fibers under appropriate conditions, and can significantly improve the interfacial properties of the resin.
The low-temperature plasma pretreatment technology is used to carry out surface printing treatment on the printing in the plastic surface treatment tube, beverage bottle caps, and skin care product packaging bottles, surface bonding treatment for small toys, and bonding treatment for shoe uppers to ensure that the super glue does not open. , using low-temperature plasma surface treatment equipment for the printing and dyeing industry. As a biotechnology medical catheter, the application of low temperature plasma surface treatment machine in medical equipment makes the combination after surface treatment more closely. The surface treatment of artificial organ materials can take into account the hydrophilicity of compatible medical consumables. Disinfection and sterilization of medical machinery. In view of the unsatisfactory effect of resin on fiber impregnation in the LCM process, there are holes in the product and surface dry spots, etc., plasma cleaning technology can be considered to improve the physical and chemical properties of the fiber surface and improve the surface quality of preformed fibers. Using the same process conditions (pressure field, temperature field, etc.), the resin can more fully impregnate the fiber surface, improve the impregnation uniformity, and improve the process performance of the liquid molding composite material.
Surface treatment of ceramic surface coatings by low temperature plasma method. No surface coating required. Pretreatment of solid ceramic varnish to enhance adhesion, used for special cables, optical fiber cables, laser engraving, chemical fiber cross-printing, full-transparent printing, durable car and automotive seals surface treatment, denser and inseparable Adhesive, sound insulation, noise reduction, anti-fouling car lamp bonding process, firm, anti-fouling, waterproof car brake pads, skeleton seals, bumper pretreatment, seamless splicing of car interior surfaces, dip coating, non-fading, Pre-bonding various raw materials in the shipbuilding industry, mineral water bottles and jam bottles in the printing and packaging industry, etc., to achieve firm and reliable purposes.