This paper will introduce the following three aspects: the characteristics of PE film slip and anti-blocking masterbatch compared with PP film, what should be paid attention to in the [Read More]
When considering the addition of slip masterbatch to plastics, users may be concerned about its impact on the performance of the material. To achieve optimal results, several factors must [Read More]
Cast film is a popular product used in many fields such as electronics, food, and medical industries. To prevent the negative effects of static electricity on cast film products, [Read More]
The anti-blocking masterbatch is used to prevent the films on the coil from adhering to each other. Due to temperature and time, adhesion occurs when two layers of film [Read More]
cast film manufacturing Substances that reduce friction and wear between surfaces are called slip agent. Plastic molding processing, can increase the flow of materials or improve the [Read More]
Why does anti-static masterbatch weaken? What should I pay attention to using anti-static masterbatch? When external or internal anti-static masterbatch is used for the antistatic treatment of materials, relative [Read More]
Casting film has excellent heat-sealing performance and excellent transparency, how to choose the appropriate anti-blocking masterbatch has become a difficult problem that many producers must tackle. This paper describes [Read More]
What is the composition of an anti-blocking masterbatch? The anti-blocking masterbatch is composed of carrier resin, filler, and auxiliaries. In the process of forming, the ratio of the anti-blocking [Read More]
Polymer permanent antistatic masterbatch can be divided into hydrophilic polymer antistatic masterbatch and intrinsic conductive polymer antistatic masterbatch. There are many shortcomings in the use of surface-active dosages antistatic [Read More]
The anti-blocking masterbatch is used to prevent the films on the coil from adhering to each other. Due to the effect of temperature and time, adhesion occurs when two [Read More]
