We Await You at the Shanghai Exhibition—Don’t Let Your Profits Slip Away! Low-Energy Extrusion Granulation System: 20% Energy Savings, Halved Labor Costs. The “Heart” of the Entire Machine. That massive blue cylinder shown in the video isn’t just a hopper; it is a high-speed rotating compaction chamber.
Preheating and Drying: Through the cutting friction generated by the rotor, the material undergoes complete preheating and deep dehumidification before entering the screw.
High-Density Feeding: Loose film is instantly compacted into high-density agglomerates and forcibly fed into the screw. This boosts our output by approximately 30%–50% compared to standard machines of equivalent power.
2. Special Alloy Screw and Low-Temperature Plasticization
We fully understand that excessive heat can degrade the physical properties of plastics.
Precise Temperature Control: Our screw features segmented temperature control to ensure the plastic melts at its “optimal” temperature.
Shear Balance: While ensuring thorough plasticization, we maximize the preservation of the plastic molecules’ tensile strength, allowing the recycled material to perform just as well as virgin material.
3. Multi-Stage Vacuum Degassing—Say Goodbye to Porous Pellets
Midway through the video, you can observe the degassing unit located on the barrel. For industrial waste films containing ink or moisture, we have designed a dual-stage, high-vacuum degassing system.
It acts like a “pump,” drawing volatile substances out of the molten plastic. The resulting pellets feature a dense cross-section free of any voids—making them the ideal choice for producing high-quality blown films and pipes.
4. Intelligent Pelletizing and Pneumatic Conveying System
At the end of the video, the uniform pellets raining down like raindrops make for an impressive sight.
Water-Ring Pelletizing / Air-Cooled Pelletizing: We provide the most suitable pelletizing solution tailored to the specific characteristics of your material.
Automated Collection: The pneumatic conveying system transports the cooled pellets directly into storage silos, requiring no manual intervention—allowing for immediate production-to-packaging workflow.
