Brief introduction CTR-100 torque rheometer is evaluate polymer flow, plasticizing, shear and thermal stability of the ideal equipment, can be widely used in scientific research and production, scientific research and guidance for the production of an important instrument. The dynamic measurement method, which is closest to the actual process, can be measured in a similar situation. The rheological properties of the materials can be measured continuously and accurately. CTR-100 torque rheometer main control unit mechanical part by Schneider electric motor and reducer; electrical part adopts Siemens frequency converter and PLC; software for independent research and development company, for customers to provide friendly control interface. By switching mixer unit, single / twin screw extrusion unit, film blowing system, casting system, granulating system, so as to realize its exploration of new materials and new formulation development, polymer properties, determination of processing conditions. It is an ideal equipment for production and teaching. Technical specifications 1, CTR-100 Torque Rhometer MCU Motor Power: 4Kw Power supply: AC440VNE,14A,E≤4Ω Computer : DELL Vostro 270s-R526 Printer: HP Deskjet 1010 PLC: SIEMENS Max. Temperature: RT~400℃ Cooling: Air Torque Measuring range: 0~300N.m Torque Measuring Accuracy: 0.1%F.s Max. Speed: 2~200rpm Accuracy of speed: 0.05% Pressure Measuring range: 0~100Mpa Pressure Measuring Accuracy: 0.1~0.5%F.S 2, CR-60 Mixer Volume: 60ml Rotor: Roller Max. Temperature: RT-350℃ Heating Power: 2880KW Controlling Accuracy of Temperature: ±0.1℃ Heating Rate: 200℃/11 Min. Cooling: Air Material: STAVAX(ASSAB) 3,CTE-20 Conical twin-screw extruder Screw Diameter: 20~39mm L/D: 12~16/1 Max. Temperature: RT-350℃ Heating Power: 2200KW Controlling Accuracy of Temperature: ±0.1℃ Heating Rate: 200℃/11 Min. Cooling: Air Pressure: 0.1~100Mpa Two holes Die ∅ 3 x 2
Brief introduction CTR-100 torque rheometer is evaluate polymer flow, plasticizing, shear and thermal stability of the ideal equipment, can be widely used in scientific research and production, scientific research and guidance for the production of an important instrument. The dynamic measurement method, which is closest to the actual process, can be measured in a similar situation. The rheological properties of the materials can be measured continuously and accurately.
