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Beschreibung
MFI MFR-Prüfmaschine Produkteinführung:
It is designed with GB/ t3682-2018, ASTM D1238, JB/T5456, ISO1133 standards, for the determination of thermoplastic melt mass flow rate (MFR) and melt volume flow (MVR) instruments.To measure the mass flow rate of the melt, manual and automatic sampling is adopted, and the interval of cutting is prompted by the alarm of the computer, and the balance is weighed. measurement of melt volume flow rate is through the displacement sensor and automatic timing system, first measure the required time for the piston to move the specified distance, and then calculate the volume flow rate according to the formula.The final results of the two methods are printed out by a microprinter.
MFI MFR Testing Machine Character
Melt index instrument color touch-screen display, PLC control machine control, circuit modular, measurement data is accurate, the operation is simple, intuitive and clear, stable and reliable performance, it is not only applicable to the high melting temperature of polycarbonate (PC), Fluorkunststoff, nylon and other engineering plastics, kann auch auf Polyethylen aufgetragen werden (SPORT), ABS-Harz mit niedrigerer Schmelztemperatur, wie zum Beispiel Kunststofftest, weit verbreitet in der Kunststoffproduktion, Kunststoff-Produkte, petrochemical and other industries as well as universities and colleges, wissenschaftliche Forschungseinheiten, the commodity inspection department.
Teststandard
MFI MFR-Prüfmaschine conforms to GB3682;ISO1133;ASTM D 1238.ASTM D 3364.DIN53735;UNI – 5640;Jjg878-94 and other standards, and according to the JB/T5456 “melt flow rate meter technical conditions” standard manufacturing.
Technical parameters of melt flow rate meter
(1) extruded material:
Mouth Φ 2.095±0.005 mm inner diameter
The length of the die is 8.000± 0.025mm
Cylinder bore Φ 9.550±0.025 mm
Drum length 152± 0.1mm
Piston rod head diameter 9.475± 0.015mm
Länge des Kolbenstangenkopfes 6.350 ±0.100 mm
Quality of test load (Ebene 8)
| Ebene | Mass kg | WeightN | Made up |
| 1Ebene | 0.325 | 3.187 | Piston rod + weight pallet + heat shield +NO.1 weight |
| 2Ebene | 1.200 | 11.77 | 0.325+NO.2 0.875weight |
| 3Ebene | 2.160 | 21.18 | 0.325+NO.3 1.835weight |
| 4Ebene | 3.800 | 37.26 | 0.325+NO.4 3.475weight |
| 5Ebene | 5.000 | 49.03 | 0.325+NO.5 4.675weight |
| 6Ebene | 10.000 | 98.07 | 0.325+NO.5 4.675weight+NO.6 5.000 |
| 7Ebene | 12.000 | 122.58 | 0.325+NO.5 4.675 +NO.6 5.000+NO.7 2.500 |
| 8Ebene | 21.600 | 211.82 | 0.325+NO.2 0.875 +NO.3 1.835+NO.4 3.475+NO.5 4.675+NO.6 5.000+NO.7 2.500+NO.8 2.91 |
The relative errors of piston rod and combined weight are no more than 0.5%
(3) time range: 0 ~ 999s
(4) the range of temperature control: 50 ~ 400 ℃
Genauigkeit: + / – 0.5 ℃ resolution: 0.1 ℃
(5) piston stroke measurement range 0 ~ 50mm accuracy 0.05mm
(6) time measurement range: 0 ~ 999.99s accuracy 0.1s
(7) overall dimensions :(length width height) 550 370 600mm
(8) Gewicht (kg) : 25kg weight of the main engine, 21.6kg
Erfüllen Sie die Standards:
GB/T 3682 “thermoplastics – determination of melt mass flow rate and melt volume flow rate”
ISO 1133 Kunststoffe – determination of melt mass flow rate and melt volume flow rate of thermoplastics
JB/T 5456 technical conditions for melt flow rate meter
IV. Melt flow rate measuring device features:
- Industrial PLC control, suitable for long working time, with stable quality and long life
- The heating jacket is an integral structure, with fast heating speed and high constant temperature accuracy.
- Comprehensive performance, Temperatur, Zeit, displacement.To control the
- High-precision linear sliding resistance is adopted for displacement measurement;
Anzeigemodus;Touch screen display
- Scraping method;Automatic, Handbuch
7 Testmethoden: mass method (MFR), volume method (MVR)
