Watch the zig zag air separator remove paper labels from HDPE flakes: an adjustable upward airflow carries the light labels out through the top while the clean, heavier flakes drop to the bottom outlet, with no water used.
See our plastic film pelletizing line turn PP, PE and BOPP film waste into reusable pellets: cutter compactor, extruder with melt filtration and the pelletizing system, suitable for LDPE, LLDPE, HDPE, PP and BOPP films and production scrap.
Designed for plastic separation experiments, university research, material testing, and small-scale recycling trials, it allows users to observe density-based separation and collect the resulting materials for evaluation.
Heavy plastic lumps and headstocks pose a challenge for standard recycling machinery. Learn how our 300–500 kg/hr PVC & HDPE Lumps Shredding & Crushing Line uses two-stage size reduction and automatic interlocking controls to process bulky plastic scrap into uniform regrind.
Transform clean HDPE rigid flakes and regrind into high-value, uniform plastic pellets. Discover how our 300–500 kg/hr Plastic HDPE Rigid Pelletizing Line utilizes single-screw extrusion, hydraulic melt filtration, and water-ring pelletizing for continuous output.
Heavy HDPE pipes and thick headstock waste can stall standard recycling equipment. Discover how our automated 300–500 kg/hr two-stage shredding and crushing line streamlines processing, lowers labor costs, and produces uniform, high-quality plastic regrind efficiently.
With a production capacity of 300–400 kg/hr, this PP film recycling machine provides a continuous recycling process that integrates automatic feeding, compacting, extrusion, degassing, melt filtration, water-ring pelletizing, drying, and pellet collection.
Large and bulky plastic pipes can be difficult and costly to transport before recycling. Our Mobile Plastic Pipe Shredderprovides a flexible solution by bringing the shredding process directly to the recycling site.
Post-consumer High-Density Polyethylene (HDPE) milk bottles represent one of the most valuable streams in rigid plastic recycling. However, transforming baled post-consumer bottles into high-purity, extrusion-grade material requires robust industrial engineering.
The video shows the wastewater treatment process in real operation, including chemical dosing, floc formation, dissolved air flotation, floating sludge removal, and treated-water clarification.