Explanation of the Structure and Application of Antistatic Plastic Pallets
In recent years, the development of the shelving industry has further driven the development of the plastic pallet industry. Gradually, due to demand, antistatic plastic pallets have emerged. Antistatic plastic pallets are an ideal tool for storing electronic components. Special polymer chains are added to the raw materials of commonly used plastic pallets, giving the finished product permanent static dissipation properties.
Antistatic pallets can be classified according to their use: antistatic pallets, conductive pallets, and component pallets; according to their structure: stackable antistatic pallets, compartmentalized antistatic pallets, perforated antistatic pallets, hollow board antistatic pallets, blister antistatic pallets, etc.; according to their physical properties: antistatic: surface resistance of 10⁶ to 10⁹ ohms; conductive: surface resistance of less than 10⁴ to 10⁶ ohms.
Static electricity is ubiquitous in our daily lives. Our bodies and surroundings carry high static voltages, ranging from thousands to tens of thousands of volts.
Simultaneously, it possesses a certain degree of mechanical strength and heat dissipation performance; moreover, its impact resistance is well-demonstrated, and it is resistant to chemical corrosion such as acids and alkalis. The anti-static properties of the plastic tray remain unchanged regardless of environment, time, temperature, or humidity. Anti-static plastic trays are primarily used in applications requiring high-precision electronic components and other precision electronic products, where anti-static requirements are stringent.
Therefore, while the duration of static current is short and may not be noticeable under normal circumstances, for highly sensitive electronic instruments, the static voltage generated by friction during handling on plastic containers can be fatal. Thus, anti-static plastic trays are an ideal tool for storing electronic components.