Characteristics Of Antistatic PVC Compound
- Excellent antistatic performance: Antistatic PVC compounds can quickly conduct static electricity generated on the surface of objects to avoid the accumulation of static electricity. This is crucial for protecting items sensitive to static electricity, such as electronic equipment and integrated circuits, and can prevent equipment damage, data loss, and other problems caused by electrostatic discharge. For example, in electronics manufacturing workshops, work mats, turnover boxes, etc. produced using antistatic PVC compounds can ensure that electronic products are not affected by static electricity during production and transportation. Its anti-static performance has good stability and will not be significantly reduced due to changes in time, environment, and other factors, maintaining reliable anti-static effects for a long time.
- Outstanding weather resistance: Antistatic PVC has good tolerance to different temperature and humidity environmental factors, and is not easy to age, deform, and fade. Whether in indoor or outdoor environments, it can maintain stable performance and is suitable for various application scenarios. Antistatic PVC can resist ultraviolet radiation to a certain extent. For ordinary outdoor use environments, it is not prone to rapid aging and embrittlement due to long-term exposure to ultraviolet rays. For example, outdoor anti-static PVC plastic tables and chairs can maintain structural integrity and appearance stability for a long time under normal sunlight conditions, and will not be significantly damaged in a short period due to ultraviolet rays in the sun. Compared with other plastic materials, its UV resistance still has strong advantages.
- High mechanical strength: Whether it is hard antistatic PVC or soft anti-static PVC, it has a certain mechanical strength. The hard grade can be used to make doors, windows, pipes, etc., and can withstand a certain amount of pressure and external impact without being easily broken or damaged; the soft grade has excellent flexibility and can be used to make the outer skins, films, etc. of wires and cables.
- Good flame retardancy: Antistatic PVC has certain flame retardant properties. It can self-extinguish when burning and is not easy to ignite other items. This makes it an ideal choice for flame retardant and flame delay applications. It can be used for building materials, wire and cable protection Covers, and other fields to improve the safety of use.
Why Choose The Antistatic PVC Compound For Explosion-proof Pipes?
Prevent static electricity accumulation and sparks: It is well known that sparks are generated when static electricity is discharged. In flammable and explosive environments, sparks can easily ignite flammable gases, dust, or liquids and cause explosions. Antistatic PVC can prevent the generation of such sparks and provide higher safety protection for the production process. In some environments where flammable and explosive gases, dust, or liquids may exist, the generation and accumulation of static electricity is very dangerous. Anti-static PVC materials can effectively conduct static electricity and reduce its surface resistance, usually up to 10E7-1011 Ohms/sq, which can quickly conduct the generated static electricity to avoid static electricity accumulation to form high voltage, thereby reducing the risk of explosion or fire caused by static electricity discharge. For example, in production sites in industries such as petrochemicals, coal mines, and pharmaceuticals, static electricity may cause serious safety accidents. The use of antistatic PVC explosion-proof pipes can greatly improve safety.
Low material cost: Compared with other explosion-proof materials such as metals, the cost of antistatic PVC is relatively low, and the processing and manufacturing process is relatively simple, which can reduce the production and installation costs of explosion-proof pipes. At the same time, it is light in weight, and the cost during transportation and installation is also low, which has a high-cost performance.
Good wear resistance: Antistatic PVC has good wear resistance. In the process of conveying materials or gases, it can withstand certain friction and wear, is not easy to be damaged, and ensures the service life of the pipeline. This is very important for explosion-proof places where dangerous goods are transported.
Good flexibility: It is soft and flexible, easy to bend and install, and can adapt to various complex pipeline layouts and installation requirements. In some places where space is limited or bending connections are required, antistatic PVC pipes can be easily installed and arranged, reducing the difficulty and cost of installation.
Good corrosion resistance: It has good tolerance to chemicals such as acids, alkalis, and salts, and can be used in various harsh chemical environments. In some chemical industries or places where corrosive media exist, anti-static PVC pipes can effectively resist the erosion of chemicals and ensure the normal operation of pipelines.
