Computer Controlled Capillary Rheometer Plastic Melt Flow Extrusion Test Equipment Viscosity Measuring Instrument

• Customization: Available
• After-sales Service: Online
• Warranty: 1 Year
• Model NO.: LS-MW-400A
• Transport Package: Plywood Case
• Specification: 630×450×1280mm
• Trademark: LANGSHUO
• Origin: Changsha
• HS Code: 9024800000
• Production Capacity: 5000PCS Per Year

Product Description

Computer Controlled Capillary Rheometer Plastic Melt Flow Extrusion Test Equipment Viscosity Measuring Instrument

Scope of application:
1,This machine is suitable for measuring the shear rate of plastics and polymer materials and the fluidity of the melt under shear stress at a certain temperature, including the apparent viscosity of thermoplastics and thermosetting materials.
2, This rheometer is a computer-controlled intelligent capillary rheometer, which can work under constant pressure, constant speed, constant temperature, different heating rates, different temperatures, different shear rates, etc. The software automatically determines the pressure, temperature, speed and other test parameters of different plastics under different die diameters. The software automatically draws curves and saves and prints data.
    3,Different specifications (low temperature type, high temperature type, different pressures, different rod diameters, etc.) can be customized according to user requirements. This machine has a low pressure, single pressure head, and single rod structure;

The dynamic measurement and control capillary rheometer developed by our company has the following characteristics:
1,High data collection frequency (greater than 100PPS), can more accurately record the transition points of materials in different states without missing the key material state transition points; accurately calculate the apparent viscosity at different shear rates.
2,Can achieve the superposition of multiple data curve and display coordinates in various curve forms.
3,The load loading device of the instrument is designed reasonably, using high-precision pressure sensors for data acquisition, eliminating the traditional load sensor acquisition; Dual closed loop of software and hardware, achieving stepless adjustment of speed and loading force; Manual and automatic loading control can be used, which is convenient, fast, and accurate. Inductive manual displacement adjustment;
4,Regarding the coordinate axes of shear viscosity and shear rate curves: During the test, the coordinate axis is the normal coordinate axis. When the test is over, if you want to view the log coordinate axis image, you can directly adjust it with the mouse. So that you can observe the image in two ways, and the lowest point of the coordinate axis is set with the mouse after the test.
5,The whole machine adopts single rod,swing head table structure,which has more beautiful appearance, stronger stability, convenient cleaning, and easier transportation and installation.
6,Scalability: This instrument can be expanded into a wire drawing instrument without replacing the host.
System composition
The system structure design adopts a single-bar swing head table design to ensure structural strength and easy cleaning. The transmission structure adopts a Taiwan brand precision ball screw to achieve kinetic energy transmission, and the speed control system adopts an AC servo system to achieve precise control of displacement and pressure. The heating unit adopts a spiral heating wire for overall heating, and the overall temperature of the barrel is uniform. The high-tech measurement and control system and software interface are simple and intuitive, and can set the test mode and related operating parameters, and display relevant curves and calculation results in real time.
Test items
1,Constant speed shear test: it can measure the curve of shear stress and shear rate, and the curve of shear viscosity and shear rate
2,Constant pressure shear test: it can measure the shear viscosity and shear rate curve
3,Step shear rate test: different shear rates can be set according to the user's requirements, the shear stress and shear rate curve, and the shear viscosity and shear rate curve can be measured, and the melt fracture and the minimum flow pressure and shear rate of the melt can be determined according to the changes of the curve during the test.
a)Flow/non-flow test: measuring the relationship between viscosity and temperature, can accurately determine the minimum flow temperature.
b)Melt fracture and flow instability, study the phenomenon of flow instability, including melt rupture and melt fracture.
Main configuration of the equipment:
1,Mechanical host                 1
a,High-precision temperature control and detection system     1
b,Imported servo controller           1
c,Imported electric motor             1
d,Limit system for displacement travel          1
e,Displacement detection system     1
f,High-precision pressure detection system       1
g,Load acquisition system        1
2,Brand computer (Contains special measurement and control test software)    1
3,A set of Die (4)       1
4,Cleaning tools                                                      1

Parameters and specifications

Temperature range	Room temperature~400ºC (customizable, price negotiable)
Heating rate	1-6ºC/min continuously adjustable, rapid heating
Temperature measurement display accuracy	0.1ºC
Pressure range	1-50MPa±0.5%
Maximum driving force	5KN
Pressure measurement accuracy	±0.5%FS
Pressure resolution	0.1Mpa
Velocity range	0.01-500mm/min
Deformation measurement accuracy	±0.5%FS
Plug diameter	φ12 mm (customizable, price negotiable)
Plug area	113.04mm²
Discharge die specification	Ø1×5, Ø1×10, Ø1×20, Ø1×40 (mm×mm) (customizable, price negotiable)
Discharge die material	Tungsten carbide
Power supply	220V, 50Hz, power <1000W
Equipment dimensions	630×450×1280mm (L×W×H)
Packed dimensions	800×360×1430mm
Equipment weight	200kg
Packed weight	255kg