What are the raw materials of the masterbatch and what are the uses of the masterbatch? At present, some consumers have such questions. We all know that color masterbatch is a plastic colorant that is well dispersed by a high proportion of pigments or additives and thermoplastic resins. Dispersion and good compatibility with pigmented materials. So in the end what raw materials are the masterbatches and the uses of the masterbatches, what are Henghu Plastics explaining to you:

 First, what is the raw material of masterbatch?

   Generally speaking, color masterbatch is a colored plastic particle that is granulated by the manufacturer after mixing resin raw materials and pigment additives. Its main function is coloring. Adjuvants can be blended to obtain colored plastic products. That is: masterbatch is the raw material of plastic colorant.

Second, what are the uses of masterbatch?

    Masterbatches can be used to color match PVC, polyethylene, polypropylene, polystyrene and ABS plastics. Its main components are pigments, resins, dispersants, volume pigments, fluorescent whitening agents, antioxidants, anti-ultraviolet agents, antistatic agents, toughening agents, brighteners, etc. Titanium dioxide is used as a white pigment and has no properties. Toxicity, chemical stability, high covering power, good dispersion and other advantages.

  There are several production processes for masterbatches, such as: pigments, resins, dispersants, volume pigments, other additives, high-speed mixers, and twin-screw machines to extrude masterbatches.

   Masterbatch is used as an industrial raw material, and its performance is usually manifested in subsequent product applications (such as film blowing or injection molding). Therefore, the performance of titanium dioxide in color masterbatch is also mainly reflected in the color masterbatch. during application. Mainly reflected in the following aspects:

1) The coloring ability of titanium dioxide: determine the amount of titanium dioxide used in the color of the same plastic product;

2) Whiteness of titanium dioxide: it determines the appearance of light-colored (white) plastic products with the same content of titanium dioxide;

3) The dispersibility of titanium dioxide: it affects the production cost of color mesh particles and the appearance and gloss of plastic products;

4) Processing performance of titanium dioxide: It affects the production cost of color masterbatch.

5) Processability of titanium dioxide: strong processability.