Examples of utilizing electrostatic adhesion and winding processes for metal composite paper.
Adhesion technology using charging for close bonding of metal laminates! The winding process can also be stably processed.
This is an example of achieving adhesion through static electricity by charging metal composite paper and metal interleaving paper to make them adhere closely. This system also demonstrates effectiveness in the winding process, contributing to the prevention of misalignment and lifting during adhesion. The metal composite paper charging adhesion technology is ideal for a clean production environment as a temporary fixation that does not use adhesives. Grounding is required. For details such as the installation position of the equipment, please contact us. 【Overview of the case (partial)】 ■ Adopted to prevent misalignment in the adhesion of metal composite paper and metal coils ■ Adhesion is achieved through charging rather than manual application * For more details, please download the PDF or feel free to contact us.
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【Summary of Other Cases】 ■Features of the Charging Device Used in the Metal Laminating Process - Usable even when the distance between the charging bar and the object is 10 to 250 mm - No high-voltage cable required; the structure allows for direct attachment of the booster section (cartridge) of a compact high-voltage power supply to the corona charging bar - Control cable can be operated up to 20 m away - Custom manufacturing available according to application, including length and other specifications *For more details, please download the PDF or feel free to contact us.
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We have contributed to society through the development and manufacturing of electrical and electronic control devices for many years. In recent years, we have entered the fields of high voltage control, fluid control, and automatic control of mechatronic devices, focusing on the development and production of eco-friendly, resource-saving, and high-quality products, which have been highly regarded and attracted attention from many industries.