Twin rotor continuous mixer reducer professional design of high precision hard tooth surface gear with thrust block, 42 crmo output shaft adopt high strength, and other 20 crmnti gear and shaft parts with high strength material; Gear by carburizing, quenching, grinding process, gear of high precision, high hardness; Gear accuracy of GB10095-88, 6 class, tooth surface hardness in HRC - 54-62, in the hollow output shaft front configuration thrust bearing, bear the axial thrust of screw work, small volume, high bearing capacity, stable transmission, low noise, high efficiency.

Continuous mixer is marked by a continuous feeding, the productivity based on feed rate. Maintain a constant feed, can improve the rotor speed, in order to get greater shearing force, or close the discharging door, slightly improve adhesive temperature. Mixer operating under normal pressure, the formation of independent mixing environment, completely unaffected by the requirements of the molding.

Twin rotor continuous mixer advantages:

1, the adoption of advanced gravity type feeding system, a high degree of automation, high production efficiency.

2, continuous production, stable formula production status, production of the products are of good quality.

3, continuous operation, you need less operators.

4, masterbatch production workshop environment clean.

5 and the screw barrel self-cleaning capability is strong, transform rubber is convenient.

6, save electricity, energy saving, higher yields.

7, mixing effect, excellent mixing material better dispersion.

8, installation, maintenance costs low.

Twin rotor continuous mixer faults:

1. The need to adopt the advanced gravity type weighing and measuring equipment;

2. Not easy manual operation, suitable for automatic control.

Continuous mixer main applicable materials:

PE, ABS, PS, EVA masterbatch; ABS, EVA, flame retardant masterbatch; PE, PP, PS and so on fill the biodegradable masterbatch.

PE, EVA + calcium carbonate, talcum powder, titanium dioxide, carbon black and other filling modification;

LDPE, HDPE, LLDPE, MDPE sheath materials, insulation materials; Radiation crosslinking materials, optical fiber coating materials, heat shrinkable tube materials such as cable materials;

PPR pipe materials, crosslinked PE pipe materials; TPR, TPU, TPV etc thermoplastic elastomer, EVA and hot melt adhesive, etc.;