The basic model of Mflow melt index meter can be used to measure MFR values. The melt index meter is designed with modularity and uses piston displacement sensors to expand its capabilities, including detecting volumetric flow rate (MVR) and automatic selection of experimental parameters. The most commonly used for quality assurance and warehouse inspection.

Operational philosophy

The new standardized operating concept allows operators to easily switch between experimental instrument control and PC control.

All system related settings are logically classified together and separated from experimental settings. The guide will guide users step by step to complete the experimental setup. The stored test configuration can be easily output and transmitted to other test instruments.

Integrated user management allows operators to input options, minimizing operation time. Users only see information that is important to them, so they can focus on the task at hand from the beginning.

MVR is displayed in real-time in graphical form on the control panel and ZwickRoell testing software. This allows for precise tracking of the melting process and behavior during the measurement process

Main advantages and characteristics

Reliable test results - When detecting MVR, precise piston displacement sensors ensure accurate measurement of piston stroke. When the contact point is very close to the piston, minimize the experimental error caused by the angle difference. In experimental method B, achieving accurate flow rate depends on synchronized time displacement data pairs and precise time measurement. From the beginning of the experiment, the two measurement quantities (time and displacement) that can be obtained are in digital form, so there is no need to convert analog quantities to digital quantities, which also eliminates synchronization errors. The precise time measurement of quartz ensures the measurement of high flow rate materials.