Black conductive masterbatch
Antistatic and electromagnetic shielding: ideal antistatic material, which can be used as antistatic turnover boxes in the production process of precision components such as integrated circuits and sensor sheaths in the field of electronics and electrical appliances; can be used as shielding materials in medium and high voltage cables; can also be used as shells and structural parts of explosion-proof products, shells and structural parts of electrical products, etc.
Display field: Conductive or semi-conductive plastic films can be formed through a rotary lamination process. Polymer light-emitting diodes and plastic chips can be manufactured in this way.
Chip field: The cost is only one-tenth of that of silicon materials or even lower, with extremely broad prospects, and it is very likely to replace silicon chips. Plastic chips have been specifically applied internationally and put into actual production and life. At present, they are mainly used in hundreds of types of electronic components.
Biological science field: Conductive plastics have good conductivity and biocompatibility, and can be used as biological sensitive tissue repair materials, artificial muscles, and sustained-release materials for medicines, etc.
Energy storage equipment: The United States, Japan, Germany and other countries have successfully developed batteries using conductive plastics. Compared with traditional energy storage equipment, this type of plastic battery is small in size and light in weight, and is far less harmful to the environment than heavy metal batteries.
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