Impact resistant LCP 6330 DuPont V-0 flame retardant from the United States
Category:
Rubber and plastic/engineering plastic/LCP
Model:
Brand:
DuPont, USA
Retail Price
88.00USD
重量
kg
- Product Description
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Description :
Impact resistant LCP 6330 DuPont V-0 flame retardant from the United States
T treatment solution was first developed by Daihatsu Plastics in Japan. Its function is to etch the metal surface, obtain nanoscale pores, and prepare for subsequent nanoinjection molding. On the basis of T treatment solution, Chinese people have developed E treatment solution, B treatment solution, F treatment solution, and so on.
Generally speaking, before T treatment, there should be acid washing and alkali washing (alkaline solution removes impurities such as grease on the metal surface, acid solution can remove oxides on the metal surface, and "eat" larger nano pores). T solution further corrodes the metal surface, "eating" smaller nano pores. T treatment is a chemical corrosion process, and many treatments in China have evolved into electrochemical corrosion, resulting in higher efficiency. For details, please click to view → 【 Knowledge 】 The process flow of nano injection molding NMT for Huawei and Lenovo mobile phones
T processing mainly includes Dacheng Plastics, Yujie Co., Ltd., Shengming Electronics, and Gusong Group;
E processing mainly includes BYD, Changying Precision, Foxconn, Tongda Group, and Jinsheng Precision.
Nano injection molding
Nanoinjection molding is the process of fixing metal structural components treated with T in a specific position in a mold, and then injecting them into a metal plastic integrated product. Click to view → Toray Japan: "Metal+Plastic" Technology in Mobile Phone Materials
The factors affecting the yield of nanoinjection molding include: the quality of T treatment, the quality of metal/plastic, and the stability of the molding process; In addition, it is necessary to ensure that the surface is free from environmental and human contamination before injection molding.
The front cover of a mobile phone is the "facade" of the phone. The front cover of a mobile phone requires high gloss, wear resistance, and high strength. The materials for the front cover of mobile phones include PC, PC/ABS, etc. The material of the front cover of traditional and modern mobile phones is similar. Traditional mobile phone front covers require higher strength, so more plastic is used and the thickness is greater.
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Key words:- Impact resistant LCP
