On the stage of modern materials science, PC-modified engineering plastics are quietly entering people's daily lives in a low-key but not negligible manner. It is not as cold and hard as metal, nor as transparent and fragile as glass.
Modified engineering plastics can maintain stable performance regardless of high or low temperature environments, or harsh conditions such as humidity and strong ultraviolet rays.
In the production process of plastic products, it is crucial to ensure color consistency and batch stability. As a key material to achieve this goal, masterbatch plays a role that cannot be underestimated.
As the temperature continues to drop, the resilience of TPE elastomer will also be seriously affected.
Good dispersion can form a continuous conductive network, thereby effectively reducing resistivity.
The selection of carrier resin has a profound impact on the performance of masterbatch, which is directly related to the quality of the final plastic product, the color performance and the stability during the processing.