Plastic ceramic? Vivo may adopt ceramic paste technology on its new products.
Plastic metallization is heard more, but plastic ceramics has never been heard of. In fact, this is a plastic ceramic integration PCI and plastic metal ceramic integration MCI, which adopts a relatively mature advanced technology: Ceramic paste industry. China's material market mainly depends on imported technology, Its characteristic is to make high polymer PC plastic materials have the effect of "ceramic effect"/"metal ceramic integration". Recently, it was pointed out that vivo may adopt porcelain paste technology on its Y Series and V series to improve the appearance and texture of products
plastic ceramicization and metallization belong to the patents of AOJIN and TCL. It is understood that at present, giants such as Xiaomi, HOV, vivo, etc. are doing testing and R & D in AOJIN factory. It is understood that mass production will soon be carried out, and it will also be widely used in automotive interior and exterior decoration
let plastic have a ceramic like texture
the original origin of plastic imitation ceramic effect PCI is inseparable from the ancient Chinese civilization. As we all know, ceramics is a symbol of Chinese civilization and a cultural form with deep precipitation. It carries history through its shape, decoration and fetal glaze, highlights national feelings, and always makes people feel its unique and rich oriental aesthetic value
however, the ceramic process is very complex, requiring forming, sintering, polishing, glazing and other processes. Based on this, the ceramic slurry electroplating and spraying process was invented, so that modern plastic materials can also have a texture that is highly close to high-end ceramics, which greatly improves the overall value of products
cermet integration
cermet integration MCI makes two different materials more integrated when splicing
metal ceramic integrated mci
due to technical reasons, there will be a certain tolerance range in the manufacturing of intelligent batteries with metal middle frame and ceramic battery cover. When two different texture materials are combined, seams will be left. In order to increase the sense of integration of the product, the seam needs to be minimized or close to seamless. However, due to the current level of processing technology, it is difficult to truly realize the seamless connection between the two materials
the MCI porcelain paste process solves this problem and can achieve the seamless integration of hardware texture and ceramic texture
multi-layer spraying realization process
whether it is plastic ceramic imitation effect PCI or metal ceramic integrated MCI, it is realized through multi-layer spraying
ceramic paste process PCI
among them, plastic ceramic imitation effect PCI is completed step by step by spraying black primer on the surface of the product, then spraying high leveling UV primer, vacuum non-conductive electroplating (ncvm), spraying nano color paste medium paint and spraying UV topcoat
Plastic imitating cermet integrated MCI
Plastic imitating cermet integrated MCI is also basically the same in technology, which is also through spraying black primer, spraying high leveling UV primer, vacuum non-conductive electroplating (ncvm makes the sliding workbench move with the belt 2 of the screw, the original stretching device and its clamp), spraying nano color paste medium paint and spraying UV finish paint on the surface of the product, Only the last step is carbon dioxide radium carving light dumb, to produce a metal like texture effect
in the field of porcelain paste technology, vivo has exclusive patents and perfect technology. Therefore, through mature and effective technology, we can improve the appearance and texture of mass products, enhance the product power, and make the products more advantageous in the fierce competition
plastic vitrification and metallization belong to the patents of AOJIN and TCL. It is understood that at present, giants such as Xiaomi, HOV, vivo, etc. are doing testing and research in AOJIN factory. I believe that these processes can be widely used in the near future. Come on
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