The practical value of antistatic masterbatch in low-temperature environments in November!
As November approaches, the temperature gradually drops, and the air humidity decreases accordingly, making static electricity more frequent. In industrial production and daily life, the interference caused by static electricity accumulation cannot be ignored. As a functional composite material, antistatic masterbatch is becoming an important choice to address this issue.
antistatic masterbatch is composed of carrier resin, antistatic agent and a small amount of additives. Its core principle is to form a conductive film by absorbing moisture from the air through the antistatic agent or to release static electricity by virtue of its own conductive property, thus avoiding the accumulation of electric charges. In the low-temperature and low-humidity environment of November, the insulation of ordinary materials is enhanced, and static electricity is more likely to accumulate. However, high-quality antistatic masterbatch can stably control the surface resistance of the product. Even when the humidity is below 40%, it can still maintain good performance.
Its application scenarios cover multiple fields. In the electronics industry, packaging materials used for electronic components can prevent static electricity from puncturing precision parts. The addition of textile products can reduce static electricity generated by friction and enhance wearing comfort. After being added to plastic tableware, home appliance shells and other products, it can prevent dust from being adsorbed by static electricity and make cleaning easier. For film production, adding anti-static masterbatch during production in November can effectively prevent the film from sticking to the equipment and ensure smooth processing.
With the changes in production demands during autumn and winter, antistatic masterbatches play a significant role in multiple industries due to their stable performance. It not only resolves the frequent static electricity problems in November, but also ensures product quality and production safety through its good compatibility with various substrates, becoming an indispensable functional material during the seasonal transition.