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.
Our Plastic Recycling Machine is designed to convert HDPE flakes, rigid plastic regrind, and suitable post-industrial plastic waste into consistent recycled pellets. The ML Series combines controlled material feeding, single-screw extrusion, continuous laser melt filtration, pelletizing, cooling, drying, and storage into one integrated plastic recycling system.
Expanded Polystyrene (EPS) foam is widely used in packaging, appliances, seafood transportation, and other industries. Although EPS is lightweight and practical, its extremely low density makes waste handling a challenge. Large quantities of loose foam require significant storage space and can result in high transportation costs.
In modern plastic recycling, producing clean and high-quality plastic flakes starts with an efficient crushing process. Traditional dry crushing machines generate heat, dust, and excessive blade wear, which can reduce recycling efficiency and increase maintenance costs.
Discover our 1,000 kg/h recycled agricultural LLDPE pelletizing line in Korea, featuring two-stage extrusion, advanced filtration, and water-ring pelletizing for stable production and high-quality recycled plastic pellets.
The HDPE Flakes Washing Line is a high-efficiency plastic recycling machine that washes, separates, and dries HDPE flakes, delivering clean, low-moisture material for pelletizing, extrusion, and other recycling applications.
The Rock Wool Double Shaft Shredder is a heavy-duty industrial shredding machine designed for rock wool, mineral wool, glass wool, and insulation waste recycling. Its powerful twin-shaft design delivers efficient size reduction, volume reduction, and improved material handling, making it an ideal solution for construction waste recycling and industrial waste management facilities.