Continuous mixer

The main materials suitable for continuous mixing machines are:

PE, PP, EVA, PET and other color masterbatch; Flame retardant masterbatch such as PE, PP, EVA, etc; PE, PP, PS and other fillers for degradation masterbatch;

PP PE, EVA, etc.+filling modification with calcium carbonate, talc powder, titanium dioxide, carbon black, etc;

LDPE, HDPE, LLDPE, MDPE sheath materials, insulation materials; Radiation crosslinking materials, optical cable coating materials, heat shrink tubing materials and other cable materials;

PPR pipe material, PE cross-linked pipe material; Thermoplastic elastomers such as TPR, TPU, TPV, EVA, and hot melt adhesives.

Product features:

1. Specially designed extended mixing rotors for high filling masterbatch and color masterbatch provide strong shear force and a new continuous mixing method to achieve high filling and dispersion mixing performance of materials; For example, PP/PE+>90% talc powder, PP/PE+>92% calcium carbonate;

1. A specially designed single mixing rotor is used for low-temperature materials with melting temperatures ranging from 80 ℃ to 150 ℃, providing the material with soft shear force and a new continuous mixing method;

2. The rotor and barrel of the internal mixer are manufactured using dual alloy technology, fully utilizing the high strength of ordinary alloy steel and the high wear resistance of hard alloy materials to improve the wear resistance of the equipment;

3. The internal mixer adopts a brand new sealing device to enhance the sealing performance of the chamber, ensuring that there is no powder or material leakage at both ends of the chamber;

4. The mixing chamber adopts a split structure, making it easy and fast to clean when changing formulas and products;

5. The unique design of electric heating and closed-loop constant temperature soft water cooling system in the mixing room forms a thermal coupling, making the temperature regulation and control of each section more flexible and effective, which can effectively reduce energy consumption by 30-50%;

6. Diversified cutting methods that can adapt to various materials and process conditions;

7. The feeding system adopts a fully enclosed negative pressure automatic feeding or automatic metering feeding system, which can effectively reduce more than 90% of dust in the production process;

8. Low power consumption (only about half of the conventional mixing process), reducing production costs;

10. The entire system adopts PLC fully automatic intelligent control.