Parallel co-rotating twin screw module extruder

Product Description

Module designed mainframe，the screw shafts mode, barrel structure, rate of L/D, feeding and ventilator position/quantity, screen changing/pelletizing mode, electric automatic mode can be adjusted/optimized according to different formulas and technical demands, it realizes a consolidation of multi-function, versatility, and professional object-oriented. Basic screw shaft component is in all-geared conjugate axis mode, precisely designed by CAD, it is installed with excellent self-clean and arbitrary interchangeability. Highly experienced engineers and advanced software provide the equipment with perfect action in conveying/plasticizing, mixing/melting, cutting/dispersing, homogenizing, venting, extruding. Sorts of new screw shaft, components and assembly are released aiming at new high molecular polymer and new process. Mainframe screw shafts and core axis coupling adopts international standard involute spline mode, it achieves infinite potentiality in limited room and gives attention to higher torque and bigger screw shaft volume. There are different series for different process and application as follow: Conventional A series（n≤ **0r/min, T/A3<6）, high speed/high efficiency B series（n≥ **0r/min, T/A3<6），high torque C series（n≤ **0r/min, T/A3>8）and high speed/high torque D series（n≥ **0r/min, T/A3>8）products； New torque-distribution transmission device, safety dose of intensified design, high precision hard-surface grinding，higher reliability. Multiple choices of quantitative feeding device and system, single screw, twin screw, hollow spring mode, meshing/non-meshing et cetera, they can cover different materials. Besides regular low cost volume quantitative feeding, we take the lead in adopting high precision(5‰) agravity quantitative system in China. Remarkable granulating system, water cooling strand pelletizing, air cooling strand pelletizing, air cooling die surface hot pelletizing, water ring hot pelletizing, eccentric spray hot pelletizing and unde