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RM-200C mixing torque rheometer for Research thermoplastic materials

Product ID:WLNlb014

Price: Please inquire PDF Format
Supply Ability:20SETS/MON
Port:SHENZHEN
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  • Product Introduction
  • Consulting
  • Model NumberRM-200C
    Brand NameYIMA
    Payment TermsT/T, paypal
    Introduction:
    Mixing torque rheometer, can be used to study the thermal stability of thermoplastic materials, shear stability, flow and plasticization behavior, the most prominent feature is that in a similar actual processing of continuous and accurate system flow Varying properties can be determined by a variety of experiments such as thermal fusion testing of thermoplastic materials, curing properties of thermosetting materials, thermal stability testing, shear susceptibility testing, and material mixing.
    Technical Parameters:
    Monitoring and control host: Power: 3 × 380V, 50Hz + N + PE, 32A
    Host control mode: industrial bus-type control drive
    Motor power: 3.0KW
    Power output speed: 5 ~ 150 rpm
    Speed ​​control accuracy: 0.3% F.S
    Temperature control: 5-way temperature measurement, of which 4-way temperature control Static measurement accuracy: 0.1 ° C
    Temperature control accuracy: + 0.5 ° C
    Torque measurement range: 0 ~ 200 Nm (0 ~ 400 Nm)
    Torque measurement accuracy: 0.1% F.S
    Melt pressure measurement range: 0.1 ~ 100 Mpa
    Melt pressure measurement accuracy: 0.5% F.S.
    Mixer: Capacity: 60ml / 200ml / 300ml
    Material: 304L (import) Rotor Type: Roller, Banbury, Cam, Delta
    Speed ​​ratio: 3: 2 Maximum torque: 150 Nm
    Maximum temperature: 350 ℃ Temperature sensor: J-type thermocouple Heating method: electric heating Heater: Imported heating tube processing power / piece: 1000W Heating zone: 3

  • Introduction:
    Mixing torque rheometer, can be used to study the thermal stability of thermoplastic materials, shear stability, flow and plasticization behavior, the most prominent feature is that in a similar actual processing of continuous and accurate system flow Varying properties can be determined by a variety of experiments such as thermal fusion testing of thermoplastic materials, curing properties of thermosetting materials, thermal stability testing, shear susceptibility testing, and material mixing.
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