- The melt flow indexer measures the extrusion rate of melted thermoplastics through a standard die under a prescribed temperature and load.
- The melt flow rate data can help in optimizing the manufacturing process, maintaining quality control, and selecting the appropriate materials for production in the plastic industry.
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Standards
- ASTM D1238
- CNS 8516
- ISO 1133
- JIS K7210
- GB/T 3682-2000
PRINCIPLE
The GT-7300-MIC is an advanced melt flow indexer for measuring the melt flow behavior of thermoplastic materials. Using the timed measurement method, it precisely calculates the melt mass-flow rate (MFR) and melt volume-flow rate (MVR) of molten resins through an orifice die under controlled temperature and load. With an automatic weight selection system, the GT-7300-MIC provides up to nine distinct combinations of test weights for auto-loading and auto-unloading during testing processes, enhancing operational consistency, efficiency and safety.
Broad industrial application:
Well-suited for various industries such as aviation, materials science, construction, automotive, scientific research, medical devices, and industrial manufacturing.
Advanced weight selection capabilities:
The automatic weight selection system supports a variety of test weight combinations and greatly reduces human intervention and workload by automating the loading and unloading processes.
Precision and consistency:
With its high-precision operating system, this instrument ensures consistent and stable measurements, providing accurate test results.
Wide applicability:
Helps manufacturers in the plastic industry inspect the melt flow rate of materials for R&D, quality assurance, and production optimization.
Cost and time efficiency:
Significantly reducing human intervention and errors with a high-efficiency automatic control system to minimize production time and costs.
MFR and MVR calculation:
Provides valuable insights into melt flow properties including melt-mass flow rate (MFR) and melt-volume flow rate (MVR), supporting the research of material fluidity and processability.
-
Rapid and automated testing
With an efficient and automated operation system, the instrument enables tests to be completed quickly, enhancing work efficiency in research and production.
Expandability
Allows users to integrate the instrument with an optional computer system and dedicated software as needed.
Touchscreen interface
The touchscreen interface offers an intuitive and user-friendly experience, allowing operators to effortlessly set up parameters and operate the tester.
Advanced operating system
Accurately conducts testing with precise control of test conditions such as temperature and test load through an advanced operating system.
Real-time monitoring
Provides real-time data display to track the test process directly, allowing operators to monitor progress and ensure the test runs smoothly.
Reliability and stability
Integrating durable mechanical and electronic components, the control system maintains long-lasting reliability in precision and accuracy.
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左右滑動看表格Display and controller HMI+PCB (optional: PC connectivity via communication port) Communication port RS232 Temp. range Ambient temp. to 450°C Temp. display resolutuion ±0.1℃ Test method Method A and Method B Melt flow range Method A: 0.15 to 50g/10min
Method B: 0.5 to 2000g/10minCut-off device Automatic cut-off Inner dia. of barrel 9.5504 ± 0.0076 mm Piston rod Length of piston head: 6.35 ± 0.13 mm Diameter of piston head: 9.4742 ± 0.0076 mm Orifice die Outer dia.: 9.5 ± 0.02 mm Bore dia.: 2.0955 ± 0.0051 mm Length: 8.00 ± 0.025 mm Max. travel distance of piston 25.4mm Sampling setting Method A: 0 to 999M and 0 to 59.99S (adjustable) Method B: 1 to 25.4mm (adjustable) Preheat time 0 to 999M and 0 to 59.99S (adjustable) Test results display MFR, MVR, FRR Database storage capacity Up to 30 records (HMI) Weight loading system Automatic control of weight loading and unloading, full load preheating, and purging Data upload Ethernet connection and communication protocol for data upload (optional) Test load 325g, 1000g, 1200g, 2160g, 3800g, 5000g, 10000g, 12500g, 21600g Power 1∮ AC 220V 60 Hz (or specify)
＊Product design and specifications are subject to change without notice.
-
Details
Standards
- ASTM D1238
- CNS 8516
- ISO 1133
- JIS K7210
- GB/T 3682-2000
PRINCIPLE
The GT-7300-MIC is an advanced melt flow indexer for measuring the melt flow behavior of thermoplastic materials. Using the timed measurement method, it precisely calculates the melt mass-flow rate (MFR) and melt volume-flow rate (MVR) of molten resins through an orifice die under controlled temperature and load. With an automatic weight selection system, the GT-7300-MIC provides up to nine distinct combinations of test weights for auto-loading and auto-unloading during testing processes, enhancing operational consistency, efficiency and safety.
Broad industrial application:
Well-suited for various industries such as aviation, materials science, construction, automotive, scientific research, medical devices, and industrial manufacturing.
Advanced weight selection capabilities:
The automatic weight selection system supports a variety of test weight combinations and greatly reduces human intervention and workload by automating the loading and unloading processes.
Precision and consistency:
With its high-precision operating system, this instrument ensures consistent and stable measurements, providing accurate test results.
Wide applicability:
Helps manufacturers in the plastic industry inspect the melt flow rate of materials for R&D, quality assurance, and production optimization.
Cost and time efficiency:
Significantly reducing human intervention and errors with a high-efficiency automatic control system to minimize production time and costs.
MFR and MVR calculation:
Provides valuable insights into melt flow properties including melt-mass flow rate (MFR) and melt-volume flow rate (MVR), supporting the research of material fluidity and processability.
-
Features
Rapid and automated testing
With an efficient and automated operation system, the instrument enables tests to be completed quickly, enhancing work efficiency in research and production.
Expandability
Allows users to integrate the instrument with an optional computer system and dedicated software as needed.
Touchscreen interface
The touchscreen interface offers an intuitive and user-friendly experience, allowing operators to effortlessly set up parameters and operate the tester.
Advanced operating system
Accurately conducts testing with precise control of test conditions such as temperature and test load through an advanced operating system.
Real-time monitoring
Provides real-time data display to track the test process directly, allowing operators to monitor progress and ensure the test runs smoothly.
Reliability and stability
Integrating durable mechanical and electronic components, the control system maintains long-lasting reliability in precision and accuracy.
-
Specifications 左右滑動看表格
Display and controller HMI+PCB (optional: PC connectivity via communication port) Communication port RS232 Temp. range Ambient temp. to 450°C Temp. display resolutuion ±0.1℃ Test method Method A and Method B Melt flow range Method A: 0.15 to 50g/10min
Method B: 0.5 to 2000g/10minCut-off device Automatic cut-off Inner dia. of barrel 9.5504 ± 0.0076 mm Piston rod Length of piston head: 6.35 ± 0.13 mm Diameter of piston head: 9.4742 ± 0.0076 mm Orifice die Outer dia.: 9.5 ± 0.02 mm Bore dia.: 2.0955 ± 0.0051 mm Length: 8.00 ± 0.025 mm Max. travel distance of piston 25.4mm Sampling setting Method A: 0 to 999M and 0 to 59.99S (adjustable) Method B: 1 to 25.4mm (adjustable) Preheat time 0 to 999M and 0 to 59.99S (adjustable) Test results display MFR, MVR, FRR Database storage capacity Up to 30 records (HMI) Weight loading system Automatic control of weight loading and unloading, full load preheating, and purging Data upload Ethernet connection and communication protocol for data upload (optional) Test load 325g, 1000g, 1200g, 2160g, 3800g, 5000g, 10000g, 12500g, 21600g Power 1∮ AC 220V 60 Hz (or specify)
＊Product design and specifications are subject to change without notice.
