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Application of power battery plasma cleaning machine technology in electronic printing and other industries

Keywords:

cleaning,the,and,of,is,to,plasma,in,adhesion

Published on:

11 May,2021

Application of power battery plasma cleaning machine technology in electronic printing and other industries:
        Plasma cleaning machine technology in the power battery pretreatment process enables the material to produce good adhesion in the subsequent bonding process, while ensuring clear and effective quality assurance. The surface of the electronic product after plasma treatment is improved The adhesion effect has become very important and necessary.

Power battery plasma cleaning machine
        In recent years, the pretreatment technology of plasma cleaners can greatly improve the adhesion of various materials while ensuring the quality of the cleaning agent. At present, for various electronic applications, such as PCB boards, FPC flexible circuit boards, LED packaging and other electronic industries, customer expectations are optimistic. Since electronic products do not have high adhesion, it is very important and necessary to improve the surface adhesion effect of products through plasma treatment.
        Electric vehicles, networking and autonomous driving are the driving forces of innovation in the automotive industry, and power batteries are now vigorously promoted. Due to climate change, the declining fossil fuels, and the increasing demand for action due to population growth, new solutions and alternative drive systems are required. The global automotive industry is vigorously promoting the development of electric vehicles. Electric vehicles can make a major contribution to environmental protection and emission reduction. Contribution, and the treatment of the plasma cleaner on its parts has become inseparable.
        The electrification of automobiles has become more and more important and supports the development of the entire electric vehicle system. Use plug-in hybrid vehicles, range extender vehicles, fuel cell vehicles, battery vehicles and other electric vehicles connected to energy systems and transportation systems. The impact of the quality and quantity of the new components on the results is unpredictable. In fact, such products must be reasonable in terms of price and technology, and the application of power battery plasma cleaning machine technology is indispensable. Aluminum, plastics, especially bioplastics will be the future development direction. To handle materials, a good bonding process must be ensured. Adhesives and sealants require clean and active surfaces.

Děnglízǐ qīngxǐ jī jìshù děnglízǐ tǐ qīngxǐ jī jìshù zài dònglì diànchí yù chǔlǐ gōngyì, shǐ cáiliào zài suíhòu de zhān jiē guòchéng zhōng chǎnshēng hěn hǎo de zhān fù lì, tóngshí yòu bǎozhèngle qīngxī, yǒuxiào de zhìliàng bǎozhèng, tōngguò děnglízǐ tǐ chǔlǐ hòu de diànzǐ chǎnpǐn biǎomiàn tígāo zhān fù xiàoguǒ yǐbiàn dé shí fèn zhòngyào hé bìyào. Dònglì diànchí děnglízǐ qīngxǐ jī jìnnián lái, děnglízǐ qīngxǐ jī de yù chǔlǐ jìshù zài bǎozhèng qīngjié jì zhìliàng de tóngshí, néng dà xiàndù de tígāo gè zhǒng cáiliào de zhān fù lì. Dāngqián gè zhǒng diànzǐ yìngyòng, rú PCB bǎn,FPC róuxìng xiànlù bǎn,LED fēngzhuāng děng diànzǐ hángyè, kèhù de qīwàng shì lèguān de. Yóuyú diànzǐ chǎnpǐn běnshēn bìng bù jùyǒu hěn gāo de zhān fù xìng, suǒyǐ tōngguò děnglízǐ tǐ chǔlǐ lái tígāo chǎnpǐn de biǎomiàn zhān fù xiàoguǒ jiù xiǎndé shí fèn zhòngyào hé bìyào. Diàndòng chē, liánwǎng hé zìdòng jiàshǐ shì qìchē yè chuàngxīn de qūdònglì, dònglì diànchí yěshì xiànzài dàlì tuīguǎng. Yóuyú qìhòu biànhuà, kuàngwù ránliào rìyì biàn shǎo yǐjí rénkǒu zēngzhǎng duì xíngdòng xūqiú de zēngjiā, yāoqiú xīn de jiějué fāng'àn hé tìdài qūdòng xìtǒng, quánqiú qìchē yè zhèngzài dàlì tuīdòng diàndòng chē de fǎ zhǎn, diàndòng chē kěyǐ duì huánjìng bǎohù hé jiǎnshǎo páifàng zuòchū chóng dà gòngxiàn, ér děnglízǐ qīngxǐ jī zài qí língjiàn shàngmiàn de chǔlǐ yǐjīng biàn dé mì bùkěfēn. Qìchē diànqìhuà yǐjīng biàn dé yuè lái yuè zhòngyào, bìngqiě zhīchíle zhěnggè diàndòng chē xìtǒng de fǎ zhǎn. Cǎiyòng chā diàn shì hùnhé dònglì chē, zēng chéng qì chēliàng, ránliào diànchí chēliàng, diànchí chēliàng děng yǔ néngyuán xìtǒng hé yùnshū xìtǒng xiānglián de diàndòng chēliàng. Xīnxíng zǔjiàn de zhìliàng hé shùliàng duì jiéguǒ de yǐngxiǎng shì wúfǎ yùliào de. Shíjì shang, zhè lèi chǎnpǐn bìxū zài jiàgé hé jìshù shàng dū zuò dào hélǐ, dòng lì diànchí děnglízǐ qīngxǐ jī jìshù yìngyòng zhè yī huánjié bì bùkě shǎo. Lǚ cái, sùliào yóuqí shì shēngwù sùliào jiāng shì wèilái de fǎ zhǎn fāngxiàng. Yào chǔlǐ wùliào, bìxū bǎozhèng hěn hǎo de zhān jiē gōngyì. Jiāoniánjì hé mìfēng jì yāoqiú biǎomiàn gānjìng, yǒu huóxìng. Qítā bùjiàn yě xūyào gōngnéng céng: Děnglízǐ qīngxǐ jī tú fù jìshù zài bùtóng jīnshǔ shàng dū yǒu fáng fǔshí céng, yǐ fángzhǐ fǔshí, ránhòu zài yǔ hòuxù guòchéng jiéhé. Yóuyú xīn jìshù, xīn cáiliào de chūxiàn, xiàndài bāozhuāng chéngdānle xīn de zérèn. Lìrú, xūyào fángzhǐ chǎnpǐn dàobǎn huò fángzhǐ bùdāng shǐyòng. Zì zhān shì biāoqiān jìshù zhèng rìyì chéngwéi yī zhǒng yǒuxiào de fánghù jìshù. Zhìyào yè de mùbiāo shì zhǐxiāng huàgōng de ānquán shēngchǎn shènzhì gèng gāo. Jīng děnglízǐ tǐ yù chǔlǐ hòu, jiāng biāoqiān tiē zài xiǎo zhíjìng, jǐncòu bànjìng shàng, shènzhì guānjiàn qūyù de kāishǐ hé jiéshù biāoqiān yě néng bǎochí hěn hǎo de zhuàngtài, zhège biāoqiān wánquán kěyǐ fáng cuàngǎi. Děnglízǐ qīngxǐ jī de jīdiàn yì tǐ huà shèjì fēicháng jiǎndān: Fēngbì de qián chǔlǐ zhíjiē huò jiànjiē jìnxíng, zuòwéi biāoqiān de yībùfèn. Yīncǐ, biǎomiàn yù chǔlǐ shì gōngyì de yībùfèn, wèi chǎnpǐn hé kèhù tígōng ānquán bǎozhàng. Tōngguò chángqí de yánfā, xiàn yǐ néng tígāo shùmǎ yìnshuā yóumò zài bōlí UV gùhuà shí de zhān fù xìng. Wèile dádào zhège mùdì, shǒuxiān yào yòng děnglízǐ qīngxǐ, yǐ biàn jìnxíng hòuxù tú céng de biǎomiàn chǔlǐ. Yīnwèi túliào shì tòumíng de, suǒyǐ tā bù huì yǐngxiǎng bōlí de tòumíngdù. Rújīn bōlí kěyǐ zhàocháng dǎyìn. Duō xiàng yánjiū píngjiàle mòshuǐ zhān fù de yīzhì xìng hé zhìliàng, zhèngmíngliǎo jìlù de chénggōng. Děnglízǐ qīngxǐ jī qīngxǐ xiàoguǒ gāoxiào, jūnyún, wěndìng. 收起 1075 / 5000 翻译结果 Plasma cleaner technology
        Other components also need functional layers: the plasma cleaner coating technology has anti-corrosion layers on different metals to prevent corrosion, and then combined with subsequent processes. Due to the emergence of new technologies and new materials, Hyundai Packaging has assumed new responsibilities. For example, there is a need to prevent product piracy or prevent improper use. Self-adhesive label technology is increasingly becoming an effective protection technology. The goal of the pharmaceutical industry is to make the safe production of carton chemicals even higher. After plasma pretreatment, the label is affixed to a small diameter and a compact radius, and even the beginning and end labels of the key areas can be kept in good condition. This label is completely tamper-proof.
        The mechatronics design of the plasma cleaner is very simple: the closed pre-treatment is carried out directly or indirectly as part of the label. Therefore, surface pretreatment is part of the process to provide safety guarantees for products and customers. Through long-term research and development, it is now possible to improve the adhesion of digital printing inks during UV curing of glass. In order to achieve this goal, plasma cleaning must be used first for subsequent surface treatment of the coating. Because the paint is transparent, it will not affect the transparency of the glass. Now the glass can be printed as usual. Multiple studies have evaluated the consistency and quality of ink adhesion, proving the success of the recording. The cleaning effect of plasma cleaning machine is efficient, uniform and stable.

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