How the SJ75/33 PE Pelletizing Machine Helps Turn Waste Plastic into New Value
As global attention on environmental protection and recycling continues to rise, the demand for efficient and eco-friendly plastic recycling equipment is growing rapidly. Among them, the SJ75/33 PE pelletizing machine stands out as a reliable solution for turning waste plastic into reusable raw materials — helping manufacturers reduce costs while contributing to a sustainable future.
High Efficiency and Stable Output
The SJ75/33 PE pelletizing line is designed with a high-torque single screw extruder, ensuring uniform plastic melting and stable extrusion. It can process a wide range of polyethylene (PE) waste materials, including film scraps, pipe flakes, and crushed regrinds.
With optimized temperature control and automatic feeding systems, the machine maintains consistent output quality while achieving higher productivity and lower energy consumption.
Smart Design for Better Pellet Quality
Equipped with a precision die-head and automatic cutting system, the SJ75/33 machine produces uniform, glossy pellets with excellent plasticizing performance.
The line can be customized with water-ring or strand pelletizing systems according to customer needs, ensuring flexibility for different production scales and raw material types.
Recycling for a Greener Tomorrow
Using the SJ75/33 pelletizing machine allows factories to recycle production waste or post-consumer plastics into high-quality granules that can be reused in pipe, film, or sheet production.
This not only helps reduce raw material costs but also aligns with global environmental policies promoting circular economy and resource efficiency.
Turning Plastic Waste into Opportunity
At Qingdao Aorui Plastic Machinery Co., Ltd., we believe recycling is not just a responsibility — it’s an opportunity for innovation.
Our PE recycling and pelletizing equipment is designed to help customers build sustainable, energy-efficient production systems that meet today’s environmental and economic demands.
