Extruder cu reometru cuplu

Torque Rheometer Extruder

（Reometru de cuplu + Single Screw Extruder, Twin Screw Extruder, Conical Twin Screw Extruder）

1、Torque Rheometer Extruder Introduction:

Torque Rheometer Extruder processes the material while monitoring the torque, speed, temperature and pressure required to drive the screw in real time, thereby analyzing the rheological behavior of the material during the extrusion process. Torque Rheometer Extruder combined device can simulate actual extrusion processing conditions and obtain the rheological data of the material during the process for research and development and quality control.

The combination of Torque Rheometer Extruder realizes the integration of “processing-measurement” and provides efficient research and monitoring means for material science and industrial processing. Miezul său constă în controlul precis al parametrilor procesului prin feedback-ul datelor reologice în timp real, îmbunătățind astfel performanța materialului și eficiența producției.

2.Principiul de funcționare

Torque Rheometer Extruder is equipped with a single screw or conical twin screw, which rotates in a cylinder with a certain temperature, and a feeding hopper is provided at the other end of the cylinder. When the raw material is sent to 2/3 of the cylinder, it is gradually plasticized and enters the remaining part of the cylinder for homogenization. When all the particles are completely dissolved, they can be extruded into pipes or injected into molds using a conical twin screw extruder. În același timp, the equipment also completes the measurement of the relationship between the apparent viscosity of the material and the shear rate and shear stress.

Torque Rheometer Extruder operating software can collect and control the test data and parameters through the serial port of the PC, as well as establish a human-computer information interaction interface. This interface has relatively complete functions and can complete the measurement and control of 6-way temperature, including speed setting, measurement and control, torque, pressure measurement, etc. The curve window can display the curves of the above data against time in real time. When the screw speed of the extruder is changed, the pressure difference P value inside and outside the die and the extrusion flow Q value can be changed, and the test data can be saved in the form of a file.

3.Parametrii tehnici

3.1 Viteză: 0.1～120 rpm

3.2 Precizia controlului vitezei: ±0,05%F.S

3.3 Domeniu de măsurare a cuplului: 0-240Nm

3.4 Precizia măsurării cuplului: ±0,1%F.S

3.5 Interval de măsurare a presiunii de topire: 0-100MPa

3.6 Precizia măsurării presiunii de topire: ±0,5%F.S

3.7 Interval de control al temperaturii: temperatura camerei - 350℃

3.8 Precizia controlului temperaturii: ±0,5℃

3.9 Rezoluția temperaturii: 0.1℃

3.10 Puterea motorului: 380V 8.0Kw

Pentru cealaltă capacitate de încărcare, De asemenea, poate fi realizat în funcție de comanda clientului.

Pentru mai multe informații, va rugam sa ne contactati:

Jerry Zhang
Mobil: +86-13853148617
WeChat & WhatsApp: +86-13853148617
E-mail: sales06@victorytest.com
Site-ul web: http://www.victorytestgroup.com