Color masterbatch continuous internal mixer

Feature and advantage

Dual stage configuration:

1. The first stage is the main body of the dual rotor continuous mixer, which realizes the core processes of plasticization, kneading, and mixing of high polymer materials; The second stage is a single screw extruder or melt pump, which can achieve low-temperature pressure building extrusion and increase independent control variables;

2. The dual rotor mixing section is designed based on the stretching mixing mechanism. Through unique effects such as folding, extrusion, and kneading, it has outstanding characteristics of low shear and low energy consumption, and can achieve more excellent dispersion mixing operations at lower equilibrium temperatures;

3. Unique control methods for host speed, pressure, temperature, etc., allowing for online adjustment of material residence time, filling rate, mixing degree, and specific power consumption as needed;

4. With multiple types of rotor designs, combined with variable embedded mixing chambers, it can achieve the combination and flexible adjustment of key structural parameters of the host, meeting the needs of adapting to different materials and processes;

5. Compared with twin-screw, it has a larger working volume of the main engine, and has better tolerance and adaptability to the size state of raw materials (fluffy or large blocks);

6. The main engine barrel adopts a split structure, which is convenient for cleaning, maintenance, and material replacement;

7. The dual rotor is a dual support structure at both ends, which enhances the stiffness of the force and avoids direct frictional contact and fearless wear between the screw and the cylinder in the twin-screw extruder

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.