PET copper plated film Mera is a thin film technology used to prepare copper layers on the surface of polystyrene (PET) films

    PET Copper Plated Film MelaIt is a thin film technology used to prepare copper layers on the surface of polystyrene (PET) films, aimed at improving electrical performance. This technology has the advantages of good corrosion resistance, heat resistance, arc resistance, and wear resistance, and is therefore widely used in the manufacturing of consumer electronic products, electronic equipment packaging, chip packaging, sensors, and more. The production process of PET copper plated film Maila is to first treat the surface of PET film, then coat the surface of polystyrene film with copper plated film, and finally complete the heat treatment and cleaning steps to form the final PET copper plated film Maila. The main components of PET copper plated film are various elements such as polystyrene, copper, boron, etc., which have good electrical insulation and heat resistance.

In addition,PET Copper Plated Film MelaIt has low-temperature melting welding performance, can weld electronic components, and effectively prevent short circuits and leakage of electronic components, thereby improving the reliability and stability of electronic components. PET copper plated film has excellent thermal stability, which can effectively resist the effects of high and low temperatures, suppress the deformation and damage of electronic components, and thus improve the reliability of electronic components. In addition, PET copper plated film has good corrosion resistance, which can effectively prevent corrosion of metal surfaces and significantly improve the service life of electronic components.
MYLAR PET polyester film is a thin film made by heating dimethyl terephthalate and ethylene glycol with the assistance of relevant catalysts, followed by ester exchange and vacuum condensation, and biaxial stretching. The appearance of Maila tablets can be classified into various colors such as milky white, black, natural color, transparent color, etc. There are various types of materials for polycarbonate sheets, such as PET sheets, PVC sheets, PC sheets, fire-resistant sheets, etc.

    Applications are divided into:
Insulation type, buffering type, wear-resistant type, sealing type, and decorative appearance type.
    characteristic:
It has dimensional stability, flatness, and excellent tear and tensile strength, as well as heat and cold resistance, moisture resistance, water resistance, and chemical corrosion resistance. It also has super strong insulation performance, excellent electrical, mechanical, heat resistance, and chemical resistance.
    Purpose:
Can be used as insulation material for motors, capacitors, coils, cables, and can also be made into composite insulation material with barley paper. It has been widely used in the electrical insulation industry, suitable for gaskets, baffles, screens, and protective functions in electronics, household appliances, instruments, displays, motor slots, computers, and peripheral equipment.
Attachment: It can replace general adhesive tape and is suitable for packaging electronic components on machines, which can make electronic components safer in use.
Selection of film:
1. Polyester film has better high-temperature resistance than polypropylene film, which makes it more durable Polyester substrate has become a common choice in the industry for high-temperature extrusion of wires.
·2. The composite adhesive of polypropylene film has better flexibility. Due to its lower basis weight, it provides a larger usable area and also saves material costs.
In short,PET Copper Plated Film MelaThe application of this technology can significantly improve the reliability and stability of electronic components, making it a very practical technique. It can not only improve the performance of electronic components, but also significantly increase the service life of electronic components. Therefore, PET copper plated film Maillard technology has emerged and is expected to have greater development and application in the future.