Rheological Testing Equipment for Mixing Chamber in Laboratory

China Rheological Testing Equipment for Mixing Chamber in Laboratory, Find details about China Mixing, Heat and Shear Ability from Rheological Testing Equipment for Mixing Chamber in Laboratory

Accuracy Grade
1
Load Way
Electronic Load
Loading Method
Dynamic Load
Display
Digital
Control
Computer Control
Weight
100-500Kg
Power Source
AC380V
Oil Cylinder Position
Top
Chamber Volume
60ml
Rotors Type
Roller ,Banbury,Sigma,Delta,Cam
Max.Temperature
350
Max.Torque
320nm
Max.Rotor Speed
250rpm/Min
Trademark
Hapro
Transport Package
Plywood
Specification
60ml
Origin
China
HS Code
9024800000
Accuracy Grade
1
Load Way
Electronic Load
Loading Method
Dynamic Load
Display
Digital
Control
Computer Control
Weight
100-500Kg
Power Source
AC380V
Oil Cylinder Position
Top
Chamber Volume
60ml
Rotors Type
Roller ,Banbury,Sigma,Delta,Cam
Max.Temperature
350
Max.Torque
320nm
Max.Rotor Speed
250rpm/Min
Trademark
Hapro
Transport Package
Plywood
Specification
60ml
Origin
China
HS Code
9024800000

The Principle of Mixer


The measuring principle is based on making visible the resistance the sample material opposes to
the rotating rotors. High-speed hot shearing provided by a pair of counter-rotating rotor in the mixer chamber made the material plasticizing from solid to melt.The corresponding torque moves a dynamo-meter out of its zero position . 
In compliance with the existing standards and test specifications, a typical ' Rheogram ' (torque and temperature vs. time) is recorded for each sample material. We can analyse the structural changes of the material by the rheogram ,which shows the relationship between torque (viscosity) and temperature / time . The measured data can be displayed and stored numerically as a txt or excel file to further analysis during the measurement .
Rheological Testing Equipment for Mixing Chamber in LaboratoryRheological Testing Equipment for Mixing Chamber in LaboratoryRheological Testing Equipment for Mixing Chamber in LaboratoryRheological Testing Equipment for Mixing Chamber in LaboratoryRheological Testing Equipment for Mixing Chamber in LaboratoryRheological Testing Equipment for Mixing Chamber in Laboratory
  • Technical parameters :     
 Mixer-20Mixer-60Mixer-200Mixer-300
Chamber volume20ml60ml200ml300ml
Mixer Material630
Types of rotorRoller,Banbury,Cam,Delta,Sigma
(Roller standard ,others optional )
Rotor processingAfter high precision polishing, the surface chromium plating
Speed ratio of rotors3:2
Temp control systemRKC from Japan
Temperature sensorJ type thermocouple
HeatingElectrical Heating/3 zones, PID
Max. Temperature350ºC
LoadingManually+ Pneumatic
Max. rotor speed150 or 200 or 240 r/min
Max. torque80Nm150Nm250 Nm250 Nm
Total power1500 W1700W3600W4800W
Weight280 kg
Dimension(L×W×H)650×600×1800 mm
 
  • Types of rotors
Rotor is the core component of Mixer System. Different structural type of rotors are suitable for different mixing process and directly affect the products quality ,efficiency and energy consumption. Now, we have developed five kinds of rotors for the plastic and rubber materials ,as illustrated below. The rotors are made of special steel ,counter-rotation towards each other at the speed ratio of 3: 2 provide for excellent compounding and high shear mixing characteristics .
 
    Photo   Name                  Function
 
Roller

It is usually used for testing thermoplastic materials and compounding with additives. 
  

  Banbury

It is usually used for testing natural and synthetic elastomers with regard to flow and cure behavior, compounding with additives .
 
Cam

It is usually used for testing thermo-plastic polymer, ceramic composites, food and other high-torque materials.
 
Delta

It is usually used for testing cross-linking thermo-set polymer .
 
Sigma

It is usually used for testing food, medicine, and plastisol materials, which have low-torque.


Rheological Testing Equipment for Mixing Chamber in LaboratoryRheological Testing Equipment for Mixing Chamber in Laboratory
Rheological Testing Equipment for Mixing Chamber in Laboratory