What should I do if the pellet feed produced is not formed?

Different raw materials have different physical and chemical characteristics, such as particle size, shape, viscosity, humidity and oil content. These characteristics will affect the molding performance of the pellets. For example, raw materials with high viscosity are easy to adhere to the mold wall, and raw materials with high oil content are easy to cause the surface of the pellets to be too full or too oily.

The ratio and quality of various ingredients in the feed formula also have an important impact on pellet molding. The differences in particle size and moisture content of different ingredients will lead to different degrees of difficulty in pellet molding. Too high or too low ratios may also cause the pellets to be fragile or difficult to mold.

Processing parameters such as material temperature, material moisture, extrusion pressure and extrusion temperature play an important role in pellet molding. Appropriate material temperature and material moisture can improve the compressibility and plasticity of the raw materials, while too high or too low extrusion pressure will affect the density and strength of the pellets.

The structure and design of the mold play a decisive role in pellet molding. Good mold design can improve the molding efficiency and quality stability of pellets, while reasonable mold wear status can also ensure the consistency of pellets and reduce energy consumption.

The performance, quality and stability of pellet forming equipment such as pellet machines will also have an important impact on the forming effect. High-quality equipment can ensure the uniformity and stability of pellet forming, improve production efficiency and reduce energy consumption.