Today, the editor will discuss with you the knowledge of the effects of static electricity on polypropylene staple fiber in these issues, hoping to inspire and help our customers and friends, so that everyone has a deep understanding of polypropylene staple fiber . In this way, everyone can know the best in the future use process, not to panic, and play the biggest role of polypropylene staple fiber.

Polypropylene staple fiber is a kind of non-absorbent or very little water-absorbing, and cannot be dyed and colored like other synthetic fibers such as polyester and eyeglass, and because of its high static electricity, it is difficult to perform processing such as cleaning and spinning, which greatly limits Based on its application, the high-efficiency, durable, practical antistatic agent and dyeable components were analyzed and screened. Polypropylene staple fiber is because polypropylene fiber is located at the negative end of the fiber frictional charging sequence, so when it rubs against a fiber, It generates a negative charge by itself. This kind of fiber without modification treatment is prone to static electricity accumulation during use and can cause many troubles in the processing process. Severe electrostatic problems will directly affect the cleaning, carding and other processes, and can not even be used for processing. For this problem, our factory has begun to study antistatic polypropylene, and develop antistatic and dyeable components that can be blended with polypropylene. In large-scale equipment, a cotton-type antistatic dyeable polypropylene staple fiber was successfully spun out. For the static electricity and dyeability of polypropylene staple fiber, further tests are needed.