1.High Compounding CapabilityThe high speed rotor of banbury mixer type provides a high compounding capability to outperform the conventional corotating twin screw extruders. (Filler content can be more than 70%).

2.Low Temperature ExtrusionThe material, after being compounded and freed of air through vacuum, is pushed out using the single screw extruder. This prevents excessive blending and allows extrusion at lower temperatures—10 to 20°C cooler than traditional twin screw equipment.

3.High Extrusion CapacityA set of high speed rotors increased plasticating capacity and as a result the extrusion output.

4. Excellent Operating ConvenienceThe polymer's time within the rotor section for compounding can be adjusted as needed, providing flexibility in controlling the compounding intensity.

5. Adaptable for a Broad Range of PolymersUsing a segmented screw design allows us to easily switch the type and quantity of mixing parts, making the equipment suitable for processing a wide variety of plastics.

6.Side FeedingBy the side feeding system, the fiber length of GF and CF can be controlled freely.

7.Easy Cleaning and Color ExchangingNearly no sticking of polymers on the mixing rotors and easy break up of parts make easy the color exchanging of polymers, overhauling and cleaning of equipment.

8.Energy Conservation and Space SavingSince the twin screw compounding unit and single screw extruder are aligned, the machine is made smaller, and the energy used for processing each unit of polymer volume is decreased.

9.Abrasion and Corrosion Resistant Steel UsedThe cylinder and screw use a special type of steel developed by a steel manufacturer and CTE, known for its resistance to wear and corrosion.