CHENQI plastic recycling machine series covers water-cooled, water-free environmental, wind-cooled, and grinding milling recycling machines. Converting production scrap (LDPE, HDPE, PP film waste, bag waste, edge trim, non-woven fabric waste) back into reusable pellets for film blowing. Closed-loop production – recycled pellets can be reused directly without downgrading.
PLA/PBAT biodegradable film waste requires gentle processing to preserve material properties. Our wind-cooled recycling machines with forced air cooling minimize thermal degradation for high-quality recycled biodegradable pellets.
Converting LDPE, HDPE, and PP film waste back into usable pellets – from edge trim and startup scrap to post-production roll waste. Our recycling machines produce uniform pellets ready for direct reuse in film blowing.
CHENQI recycling machines produce uniform pellets with thorough impurity separation – the recycled pellets can be reused directly in film blowing without downgrading, creating a closed-loop production cycle.
Our recycling machines process LDPE, HDPE, PP film waste, bag waste, edge trim, and non-woven fabric waste – converting production scrap back into reusable pellets for film blowing.
Water-cooled: traditional pelletizing with water cooling. Water-free environmental: no water usage, lower energy consumption. Wind-cooled: air cooling for heat-sensitive materials. Choose based on your material and environmental requirements.
Output ranges from 50-500 kg/h depending on the model and material type. Each model is designed for specific material types and throughput requirements – contact us for sizing recommendations.
Yes. Our recycling machines produce uniform pellets with thorough impurity separation – the recycled pellets can be reused directly in film blowing without downgrading, creating a closed-loop production cycle.
Our low-temperature pelletizing technology reduces energy consumption and material degradation. Water-free and wind-cooled models offer even lower energy consumption – sustainable recycling with minimal environmental impact.
