Brief introduction ZJL-200 torque rheometer and the used to study polymer pyrocondensation, thermal stability, shear stability, dynamic rheological properties and plasticizing behavior. The properties of polymer materials, such as cross linking, crosslinking and curing of thermosetting resins, the dynamic stability of elastomer, and the influence of screw speed on the performance of polymer materials, are mainly used to measure and analyze the processing performance and rheological behavior of polymer materials. Technical parameter Portable test host Motor power (Panasonic motor, controller): 3.0kW Motor speed: 3000r/min Reduction ratio (Japan's new PO reducer): 15:1 Speed range: 0.1~150rpm Speed control accuracy: ±0.2%F.S.. Torque measuring range: 0 ~ 200Nm Torque measurement accuracy: ±0.3%F.S. Melt pressure measurement range: 0.1~100Mpa Pressure measurement accuracy:±0.3%F.S. Temperature control range (five): RT~350℃ Temperature control accuracy: +0.5℃ Graphics display: speed, torque, temperature, pressure Voltage: AC380V 7.5kw Increase the torque of the induction operation according to the size of the torque, the software to adjust the speed of the motor. Portable mixer (60ml) Mixer capacity: 60ml Material: 1Cr18Ni9Ti Rotor type: Roller, Banbury, Cam, Delta (Roller standard, the other option) Speed ratio: 3:2 Maximum temperature: 350℃ Maximum torque: 200Nm Heating mode: electric heating Temperature sensor: K type thermocouple Heating area: 3 Road (4 Road temperature measurement) Each piece of heating power: 700W Reduction ratio: 15:1 Machine size (length x width x height): 1600 x 450 x 1300 (mm)
Brief introduction ZJL-200 torque rheometer and the used to study polymer pyrocondensation, thermal stability, shear stability, dynamic rheological properties and plasticizing behavior. The properties of polymer materials, such as cross linking, crosslinking and curing of thermosetting resins, the dynamic stability of elastomer, and the influence of screw speed on the performance of polymer materials, are mainly used to measure and analyze the processing performance and rheological behavior of polymer materials.
