Introduction Of Polycarbonate Antistatic Compound
- Polycarbonate antistatic compound is an antistatic compound based on polycarbonate (PC) that has antistatic properties by adding specific permanent antistatic agents and using special production processes. Color is customizable.
- 1100AN is a high-performance antistatic compound with a dosage level of 15%-20% permanent antistatic agent added, surface resistivity value 10E9-10E11 Ohms/sq, offers reliability and value for applications that require dissipation of static charges, protection from electrostatic discharge.
- The ESD Polycarbonate compound has superior impact and chemical resistance. This antistatic compound has high strength, rigidity, and toughness. Compared with ordinary PC-modified plastic, it may have slight changes in mechanical properties, but it can still meet the requirements of many applications.
- The antistatic compound 1200AN has good thermal stability, chemical stability, and dimensional stability at relatively high temperatures, and can maintain stable performance under different environmental conditions.
Applications Of Polycarbonate Antistatic Compound
- Electronics and electrical appliances: Used to manufacture housings, trays, and auto parts of electronic equipment to protect electronic components from electrostatic damage and prevent dust adsorption.
- Industrial fields: In some industrial production processes that are sensitive to electrostatics, such as semiconductor manufacturing and precision instrument assembly, it can be used as anti-static fixtures, trays, etc.
- Medical industry: Can be used to manufacture housings and packaging materials for medical equipment to prevent electrostatic interference with the detection of medical equipment, and ensure the safe operation of medical equipment and the safety of patients.
- Other fields: Due to the advantages of high temperature resistance and high surface brightness, ESD Polycarbonate compound can also be used in fields that are sensitive to static electricity in the fields of aerospace, automobile manufacturing, etc.
Why Is The Antistatic Compound Necessary?
- Electronic components are very sensitive to static electricity, and even a tiny static discharge can cause damage to the components. Packaging materials, pallets, etc. made of antistatic compounds can prevent the generation and accumulation of static electricity, thereby protecting the safety of electronic components during production, transportation, and storage.
- Many chemical products are prone to static electricity during storage and transportation, which may cause dangers such as fire or explosion. Containers, pipes, etc. made of antistatic compounds can effectively conduct static electricity to ensure the safe storage and transportation of chemical products. Antistatic plastic pipes can reduce static electricity accumulation, reduce fire risks, and prevent dust explosions.
- Medical equipment is also sensitive to static electricity, which may affect the accuracy and stability of the equipment. Medical equipment housings, wires, and cables made of antistatic compounds can prevent static electricity from interfering with the normal operation of medical equipment, ensuring the accuracy and safety of medical diagnosis and treatment.
- Aircraft and spacecraft generate static electricity during flight, and static electricity accumulation may interfere with electronic equipment and communication systems. Aircraft and spacecraft components made of antistatic compounds can effectively conduct static electricity to ensure flight safety. For example, in the aircraft’s fuel system, electronic equipment compartment, and other parts, antistatic plastic components can reduce static electricity accumulation and reduce fire risks.
