Melt Flow Index MFR Model Manufacturer & Supplier in India

The new-design MFR Model can quickly extrude the flow rate of molten resins utilizing the advanced setup of load, piston, and a metallic barrel. The specimen, majorly in granule form is put inside the barrel and the piston is inserted. Loads, as per requirement are placed on the piston and the parameters are then selected from the touchscreen display.

This quality lab testing instrument is widely used in the plastic industry for quality control of thermoplastics. The melt flow Index of thermoplastic material is expressed in terms of grams per 10 min of extrudate of molten resins that flow through the heated cylindrical barrel. Also, the melt density (grams/cu.cm) is the essential factor in calculating the melt flow rate by this method. As this method can measure the linear displacement of the Piston.

The MFR Model is specially designed with HMI based Touchscreen display which offers easy operation and recording of test data. The test parameters can be set on-screen and the test can be run automatically. The high precision-based features allow accurate results trusted by the experts.

Temperature Range: Ambient to 400°C
Display: HMI Based touchscreen 4.3"
Accuracy: ± 1°C
Least Count/Resolution: 0.1°C
Power: 220V, Single phase, 50 Hz
Sample Cutting mode: Automatic Motorized
Temperature Control: Inbuilt PID Temperature Controller
Timer: Inbuilt in HMI, Pre-set Timer up to 999 sec.
Inner Diameter of the heating barrel (cylinder): 9.550mm ± 0.007mm
Inner Diameter of Die: 2.095mm ± 0.005mm
The diameter of the piston head: 9.474mm ± 0.007
The material of the Heating Barrel (Cylinder): Die Steel
Sample Cutting Motor 2 Torque 7Kg/ cm2, 60RPM
Piston Travel: up to 25 mm least Count 0.02mm

Highlights:

No. of Dead Weights: 7 (0.325kg, 1.2kg, 2.16kg, 3.8kg, 5kg,10kg, 21.6kg)
Material: Mild Steel
Finish: Powder-coated Havel Gray & Blue combination finish and bright chrome/zinc plating for a corrosion-resistant finish
Test Method: A & B

HMI-based Touchscreen Model
Inbuilt Calculator for calculating the MFI / MFR Valve
Microprocessor-based inbuilt PID controller
Automatic sample cutting
Temperature setting and Preset Timer functions incorporated in HMI for accuracy and repeatability
Die Steel barrel for uniform and the consistent heating of barrel/test cylinder.
Temperature Vs Time Graph.
Program profile for selecting test parameters and performing the test.
Easy Data Management. Users can create product identification, test temperature, time, etc.
USB option available for storing test data (Pen drive not a part of an offer).
Current test running status display
Placement of dead weight is auto-motorized.
Data output in PDF and CSV file format.