This compactor cutter is mainly used for cutting and recycling thermoplastic films, LDPE, PP, HDPE rolling films, garbage bags, and so on.

Forced crushing and feeding process can reduce feeding labour (operator cost) is another positive result of the new design. Self friction generates heat by high speed rotating to make materials preplasticizing before going to single screw extruders.
The enlarged cutter compactor drum allows the feeding of the system with larger single portions of plastic waste without disturbing the temperature homogenity in the drum. The result is a more steady and robust overall behaviour of the plant at stable, high output rates independent from the feeding personnel.
Up to 30% increased throughput with lower melt temperature of processed material with the same extruder size. Now possible due to a considerable change in the ratio between the cutter compactor chamber volume and the extruder size.
The enlarged cutter compactor chamber volume provides better precutting, a longer dwell time of the processed material in the chamber and a more even temperature homogenity of the precut, preheated plastic material fed to the extruder screw.
Consequently screws are now cut deeper and processing temperatures in the extruder are generally lower.
The superb positive result is a considerably lower melt temperature of the processed material, resulting in less heat history and better MFI of the reprocessed material at considerably higher output rates.

Main Features and Advantages:

1. Forced crush and feed material.
2. Barrel is made by stainless steel.
3. Design the strength support pillar at the bottom of the barrel.
4. Inspection window on the wall is casted with the aluminum in one time.
5. The door for cleaning and maintaining is cut from the whole steel plate of the barrel, and with the strength mortise pin from outside, ensure the good sealing performance.

Compactor cutter drawing:

Main Technical Parameters: