Good dispersion can form a continuous conductive network, thereby effectively reducing resistivity.
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.
Low temperature brittleness may cause appearance problems such as surface cracks and deformation of TPE elastomer outdoor products.
In order to meet these needs, researchers and engineers have modified polycarbonate (PC) in various ways in order to achieve excellent flame retardant properties while maintaining high strength.
TPE elastomer has excellent processing properties. Its thermoplastic properties allow it to be shaped after heating and solidified after cooling, and this process can be repeated.
Masterbatch plays a vital role in plastic coloring, and its working principle involves many aspects, including pigment dispersion, carrier selection, and processing technology optimization.