A blue masterbatch is made of high-quality blue pigments and a polymer carrier. It is widely used in the plastics industry because of its cost-saving properties and excellent dispersion. It can be applied to injection molding, extrusion, and blown film procedures. The blue masterbatch can be formulated with other materials as well, depending on the customer’s needs.
When a blown film manufacturer adds filler masterbatch to their polyethylene or polypropylene, it helps increase rigidity, control heat, and enhance turbidity. This allows the plastic to be thinner and stronger. It also reduces the amount of air in the film, which cuts down on production costs. It is also useful for reducing blockage in the blown film. Injection molders also use it to improve the surface texture and add gloss.
During the production of masterbatches, the raw materials must be mixed. The ingredients are weighed, then the mix is put into a mixer and heated. The resulting compound is then dried and shaped into granular form. It can also be made into a liquid form for easier application in the plastics processing machines. The granulated masterbatch is then used for different manufacturing processes.
Pigment masterbatch is the most common type of masterbatch. It is a concentrate of various pigments and a polymer carrier that is used to color the final plastic product. It is available in a wide range of colors, and it can be used for various types of plastics. It is also useful for adding color to synthetic fiber.
The manufacturing of a masterbatch is complex. The raw materials must be weighed accurately to ensure consistency. The mixing process should also be done in a way that is gentle on the machinery and avoids overheating the material. The resulting product should be easy to handle and should have a long shelf life.
The main functions of a masterbatch are to provide the appropriate level of additives and colorants for plastics. It can help solve issues such as insufficient or uneven distribution of the additives and colorants within the product. It can also prevent clumping of the additives and colorants, which can result in inferior-quality plastics. In addition, the masterbatch can also increase the strength of the plastic and make it more resistant to UV rays. It is important to follow certain steps when manufacturing masterbatches, and it is important to comply with regulations while doing so.