Co-rotating Twin Screw Extruder

With 10.3Nm/cm3 specific torque, this extruder is able to perform more delicate processing tasks, precise process controls to fulfill intricate and sophisticate processing purpose. Better dispersion, more accurate temperature controls and higher throughput have been integrated and optimized further.

Our SAT Series, Co-rotating Twin Screw Extruder, is our most popular twin screw extruder. It is multifunctional. With a more powerful gearbox and more precise screw elements, this extruder has a more flexible processing range and wider operation window. We also provide individual solution according to customized requirements. With a variety of modular screw elements, barrels, melt filtration and pelletizing system, we will promise you a worthy investment.

The perfect concept of the split-transmitting principle has been successfully applied in USEON-patented gearbox with the digital online monitoring system; each gearbox is assembled with precise positioning for torque balance.

Co-rotating Twin Screw Extruder

Table of Contents


SAT Series Specifications

Max. Speed
Specific Torque

High Torque Gearbox

SAT Twin Screw Extruder High Torque Gearbox

Our SAT75 gearbox can install maximum 280kW with screw speed 600rpm.

Total Torque of the gearbox=9550x280KW/600rpm=4456N.m
The center distance between two output shaft (D) is 6cm
Specific torque=T/(2*D^3)=4456/(2*6*6*6)=10.3

Heating System

SAT Twin Screw Extruder Heating System

Instead of using traditional casting heaters (outside the barrel), we use cartridge heaters, which are made in Germany and are inside the barrel. This will save energy, and the polymer will melt mostly by heating, not kneading elements. So, the shelf life of screws and barrels are longer, and the quality of compounding is better.

Cooling System

SAT Twin Screw Extruder Cooling System

With two input and output on each barrel, more uniform cooling and fast cooling.

Supporting Frame

SAT Twin Screw Extruder Supporting Frame

The supporting point of traditional barrel is underneath. When heated, its thermal expansion is upward with the value 0.2~0.5mm (difference up to the size of extruder), and uneven gaps in the upper and lower between screw and barrel.

The supporting point of barrel of SAT extruder is in the middle. When heated, thermal expansion trends upward and downward uniformly, ensuring the center height is on the horizon and forming consistent even gaps in the upper and lower between screw and barrel.

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