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Color box with plasma processor high efficiency to eliminate the problem of glue

Color box unglue processing equipment is a direct injection type plasma processor. The plasma processor produces oxygen group active substance containing a large number of oxygen atoms during its operation. When these oxygen-based plasmas are sprayed onto the surface of the material, carbon molecules, an organic pollutant attached to the substrate, are separated and turned into carbon dioxide, which is then removed; At the same time, the surface contact performance of the material is effectively improved, and the strength and reliability are increased. After many customers witness, coated paper, coated paper, coated paper, aluminized paper, impregnated cardboard, UV coating, OPP, PP, PET and other materials of the color box bonding is not firm unglue or unable to bond the problem, the use of direct injection plasma processor is more efficient. The packaging industry is facing a growing demand for superior design results and quality. Manufacturers are increasingly using high-gloss printing, soft-touch surfaces or holographic patterns to attract customers. In the meantime, won't be rubbed in the process to ensure circulation, be affected with damp. Modern packaging technology will be printed surface film or polishing, and even use PP, PVC and other composite materials. The direct injection plasma processor of the film color box can greatly improve the bonding strength, the bonding quality is stable, the product consistency is good, no dust, the environment is clean. In line with the health and safety requirements of medicine, food and other packaging, conducive to environmental protection. Eliminate the traditional methods of topcoat, topfinish, surface polishing or paste cutting, mechanical polishing, punching and special glue to improve adhesion. Greatly reduce the production cost of color box manufacturers, improve the efficiency of industrial production. CRF specializes in research and development, production and manufacturing of plasma cleaning machine equipment/plasma processor, factory sales, price concessions, welcome to inquire.

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Plasma pretreatment coating of glass cover plate of plasma pretreatment equipment before coating

Glass cover coating, also known as glass cover coating, is suitable for 5G industry, covering mobile phone cover coating, glass cover coating, display screen coating, protective layer, optical material coating, etc. Just like makeup, you can use it to change your appearance, or you can use it to make it more beautiful. The coating can make the glass cover plate and the back plate more beautiful, but also has anti-fingerprint, anti-dazzle, anti-ultraviolet, acid and alkali resistance, anti-oxidation and other functions. Before AF, As, Ag, Ar and other spraying processes, the plasma pretreatment equipment (generally using low temperature atmospheric pressure rotating nozzle, etc.) is used for fine pretreatment, cleaning, etching and activation of the substrate surface, which can obtain a very thin high tension coating surface, which is conducive to the binding force of spraying liquid and uniform thickness. 1, cleaning: clean the surface of organic matter, resin, dust, oil, impurities, etc., improve the surface energy. 2, etching: material surface modification coarsening, etching after the surface protrusion increases, the surface area increases. 3, activation: the introduction of polar groups containing oxygen, such as hydroxyl group, carboxyl group and other active molecules. Plasma pretreatment equipment before glass cover coating has the following four coatings: 1, AF---- anti-fingerprint Chinese for anti-fingerprint, AF plasma coating machine also known as AF spraying machine, AF plasma spraying machine, anti-fingerprint plasma spraying machine, etc. 2, AS---- anti-smudge Chinese means anti-fouling, AS plasma coating machine, also known AS AS plasma coating machine, anti-oil plasma coating machine, spraying machine, etc. 3, Ag ----anti-glare, Chinese for anti-glare, AG plasma coating machine also known as AG plasma spraying machine, anti-glare plasma coating machine, anti-glare plasma spraying machine and so on. 4, AR----anti-reflection, Chinese for reflection, AR plasma coating machine is also known as AR spraying machine. Anti-reflection plasma coating machine, anti-reflection plasma spraying machine, etc.

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What are the advantages of atmospheric vacuum plasma surface treatment system to help enterprises save costs

With the continuous progress of the society and the continuous development of The Times, China's science and technology has made great progress. Whether it is the science and technology in people's life or in industrial production, it is actually changing people's way of life and improving the efficiency of industrial production. When it comes to atmospheric vacuum plasma surface treatment system technology, it is a kind of material surface activation methods, after modification, the product can be better applied to different fields, now has become an indispensable technology in electronic field, what is the function of atmospheric vacuum plasma surface treatment system what are the advantages of the following is my to introduce the content. 1, environment pollution is very serious in our country at present, so to test whether a technology really useful to society, one aspect is to see whether it will cause damage to the environment, atmospheric vacuum plasma surface treatment system USES a plasma technology, not to use certain traditional solvent for product's surface activation, therefore, effectively avoid the pollution generated by the solvent, is a way of sustainable development, which can be accepted by the society. 2, is for composite materials, can be big to maintain its original performance, because the plasma surface treatment technology in some also often used in the process of pretreatment of composite materials, due to the unique properties of composite materials, processed by conventional methods is very difficult and trouble, because of the composite materials with different thermal conduction and conductive effect, but atmospheric vacuum plasma surface treatment system will not influence on the material, very convenient also. 3, is the plasma surface treatment system can save some equipment input costs, because the main role of the plasma surface treatment system is to change the surface state of the material, therefore, when using the technology, do not need to buy other equipment, and its use is also very wide, can achieve a machine multi-purpose. Now, many enterprises have to atmospheric vacuum plasma surface treatment system had certain understanding, also all know its advantages, so the system of the market is very broad, and he can really improve the efficiency of production, for your company to reduce the production cost, if you want this plasma system enterprise, please act immediately, don't wait until the demand when buy, that will only make you waste more money.

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Application of low-temperature plasma technology treatment process design in packaging process

With the development of SIP, BGA, CSP and other packaging technologies, semiconductor devices are developing towards the direction of modularization, high integration and miniaturization. The main problems of this kind of packaging and assembly process are: organic pollution at the filler bonding area, the formation of oxide film during electric heating, etc. Contaminants exist on the bonding surface, which decrease the bonding strength and potting strength of resin after encapsulation, and directly affect the assembly level and sustainable development of components. In order to improve and improve the assembly capacity of these components, everyone is trying to solve this problem. The improvement practice shows that the application of low-temperature plasma technology in the packaging process can greatly improve the reliability of packaging and the yield of finished products. The bare wafer IC is installed on the glass substrate (LCD) by COG process. After the wafer is bonded and hardened at high temperature, the substrate component precipitates on the surface of the bonding filler during the treatment by plasma technology at low temperature. At the same time, there is often a binder on the binder filler such as Ag slurry overflow component pollution. Using low-temperature plasma technology to remove these contaminants prior to the thermo-pressure interlocking process, the quality of the thermo-pressure interlocking can be greatly improved. In addition, due to the improved wettability of both the substrate and bare wafer surfaces, the LCD-COG module also has improved bond tiGHTNESS, as well as the problem of wire corrosion.

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The efficacy of plasma equipment in industrial electronic products

First take a look at another plasma equipment is called plasma surface treatment machine or plasma cleaning machine, it used in electronics factory for what? What are the benefits of electronic products, such as injection molding in LED industry, it is through the resin to protect our electronic components, at this time can use activation treatment, plasma equipment using plasma cleaning machine can ensure the sealing after activation, thus reducing the leakage current, when the state set can also play a good effect. Plasma equipment technology in the LED industry to do surface treatment can also improve the effect of gold wire, it is a good application in the cleaning of bounding plate. It can improve the production efficiency and reduce the production cost, but also won't cause damage to the electronic components, and at the same time can play a good role in purification. Electronics factory plasma device surface treatment technology is also suitable for joint processing, such as metal, glass and other materials, in the process of production the adhesiveness is not enough, the available surface activation treatment, the effect of plasma treatment after the joint products strong adhesiveness, binding force is good, also won't appear the phenomenon such as peeling, crack. Due to the quality and environmental requirements for industrial products is higher and higher, high technology such as plasma equipment has become a staple of many industrial products, due to the market demand for materials is more and more big, the problems in the process of production will be more and more, but our plasma equipment to solve these problems, this time, also has a lot of research and development institutions feel the seriousness of the problem, and put a lot of money to introduce the surface treatment technology of plasma equipment, plasma equipment believe that soon we will have a new heaven and earth, create new value for industrial products and better service.

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The use of surface treatment technology of special equipment for fiber plasma fabric in industry

At present, there has been more than 40 years of research on the application of special equipment processing technology for fiber plasma fabrics at home and abroad, but the application of plasma processing technology in wet textile processing is mainly focused on industrial textiles. Plasma surface treatment can be divided into two categories: one is "degradable surface treatment", that is, the removal of material on the fiber surface; The other is to activate or give the surface function of the fiber so that it can be processed later, such as modified dyeing. Using fiber plasma fabric special equipment technology can achieve the following effects: 1, surface cleaning treatment; 2, etching effect; 3, surface activation modification, such as temporary increase of surface energy; 4, Surface functionalization, such as the introduction of chemical components in durability; 5,Surface coating/finishing agent deposition. Application fields of plasma surface processor: Microelectronics: cleaning and bonding of electronic devices/integrated circuits; LED industry: prolong the life of LED; Automotive industry: metal and other materials bonding/bonding; Plastic industry: adhesive, adhesive before processing; Semiconductor manufacturing industry: chip, silicon wafer cleaning, oxidation reduction removal; Chemical industry: paint industry, paint coloring, coating before fine cleaning; Medical technology: hydrophilicity of medical operation inserts and stents for cleaning and disinfecting medical consumables; Induction technology: sensor; Optical laser: cleaning of optical mirror, lens, etc.; Institute: SEM/TEM/FIB electronic mirror sample cleaning, vacuum/ultra-high vacuum sealing system cleaning; Glass, metal, ceramics, etc., designed to enhance the bonding strength and bonding property. The above is only a list of some industries, want to know more welcome to call CRF consultation.

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