Compact Plastic Pellets made by plastic film recycling compression pelletizer

Our plastic film recycling compression pelletizer converts low-density plastic waste—such as used plastic bags, plastic films, and woven bags—into high-density plastic pellets. This process effectively reduces the storage volume of waste plastics, thereby lowering transportation and warehousing costs. During the recycling compression process, the plastics do not require melting, which minimizes polymer degradation; additionally, no extra chemical additives are needed. This approach preserves the original quality stability of the recycled plastics while further reducing the risk of secondary pollution. 

The resulting high-density plastic pellets typically exhibit a cylindrical shape with a diameter of 6–8 mm and a length of 5–10 mm. Their well-defined geometry facilitates material feeding and conveying in subsequent production stages, making them compatible with the vast majority of conventional plastic recycling equipment. These pellets can be directly used in the production of plastic products—such as plastic columns, wood-imitation profiles, or practical items like plastic basins, plastic drums, and plastic pallets—thereby establishing a complete value chain from waste plastic recovery to reuse. 

This process endows low-density plastic waste, which was previously difficult to process on a large scale, with stable utilization value, enabling the circular utilization of plastic waste resources. Furthermore, this physical compression molding technology causes minimal equipment wear, resulting in lower long-term maintenance costs. It can be adapted to the diverse production needs of both small-to-medium recycling stations and large-scale plastic recycling enterprises, providing a reliable equipment solution for the standardized recycling of low-density waste plastics. This equipment features a streamlined processing workflow and is suitable for low-density plastic waste of various specifications. Compared to conventional recycling methods, it consumes less energy, achieves higher compression molding efficiency, and helps recycling and processing enterprises enhance their overall operational efficiency in handling waste plastics, thereby facilitating the green transformation of the plastic recycling industry.