Washed plastic films, typically still containing moisture, are fed into the machine through a conveyor or feeding system.

• Inside the machine, the plastic films are subjected to a high-pressure squeezing process.
• A rotating screw within the machine forces the material through a specially designed perforated barrel or mesh.
• The intense pressure created by the screw and the narrow spaces within the barrel forces the water out of the plastic films.

• The moisture is squeezed out through the perforations, leaving the plastic films much drier.
• The expelled water is then collected and drained away.

• After the squeezing process, the dried plastic material is extruded in the form of pellets or loose flakes.
• A cutting mechanism may be used to chop the extruded material into smaller pieces, making it easier for further processing.

The dried and compressed plastic material is discharged from the machine, ready for further processing, such as pelletizing or direct reuse.

After washing, the system reduces water moisture levels in film flakes from a typical range of 10-35% down to a remarkably low 1-5%.

The process transforms loose film flakes into solid, high-density lumps. This reduces volume, leading to faster, easier, and more stable feeding into the extruder.

Drying times are significantly faster for both washed film and woven waste compared to traditional methods like centrifugal drying or hot air blow drying.

The drying process generates less heat, minimizing material degradation and ensuring higher value and reusability of the recycled pellets.

The system effectively prepares the material for the subsequent extrusion-pelletizing process, maximizing efficiency and output.

Faster drying, better feeding, and reduced material degradation contribute to a more efficient recycling process.

Reduced moisture and minimized degradation lead to higher-quality recycled pellets with greater reusability.

Improved recycling efficiency and less material degradation contribute to a more sustainable approach to plastic waste management.

Boosts output capacity and effectiveness of the pelletizing extruder and the overall recycling process.

After squeezing, the volume of the material decreases, making feeding into the pelletizing extruder easier and more consistent. Consequently, the quality of the final product (recycled pellets) also enhances.

Optimizes output when operating in conjunction with the compactor-extruder-pelletizing type of recycling machine.

Engineered to fit between the washing line and plastic recycling extruder to elevate output and efficiency.

Washing line → plastic squeezer dryer → plastic recycling extruder