Corrugated Plastic Dividers Manufacturer Introduces Anti-Static Methods
The ordinary calcium plastic box does not have the function of anti-static. It can realize the function of anti-static by adding a chemical additive called anti-static agent. Corrugated Plastic Dividers Manufacturer introduces the working principle of anti-static:
Almost any static electricity is generated by friction. For example, the friction between plastic bags and the surrounding air (wind, air current or movement of plastic bags) causes static electricity on the surface of plastic bags; the friction between plastic bags and equipment during the production process will also generate static electricity . Since the plastic itself is a good insulator, static electricity generated by friction can accumulate on the surface of the plastic bag and generate a relatively high voltage. The voltage can be several hundred volts, or in some cases, even up to several thousand volts. Therefore, for the electronics industry, almost all packaging plastic bags must have antistatic functions, otherwise, electronic products will be easily destroyed by the static electricity contained in the packaging plastic bags. For plastic bags used for quick and automatic packaging, static electricity will cause the plastic bags to “bond” on the equipment, affecting the normal operation of the equipment; for general packaging plastic bags, it will cause “dust suction” pollution.
Therefore, in some workshops and factories of plastics, electronics, parts and products, it is necessary to use professional anti-static calcium plastic boxes for protection to prevent unnecessary losses and hazards. Calcium plastic box can not only be made into anti-static box, but also can be made into a variety of conductive, anti-UV, flame retardant turnover boxes to meet the packaging needs of items in different application scenarios. It is a fully functional, green Environmentally friendly new packaging box.Through the above introduction, Corrugated Plastic Bin Manufacturers hopes that you can simply refer to the content of this article in future use.
