High Precision Laboratory Stainless Extrusion Capillary Rheometer

1.A high-precision laboratory stainless steel extrusion capillary rheometer accurately measures the flow properties, curing rates of thermosetting materials, and analyzes stress-strain behavior along with plasticization curves of thermoplastic polymers.

2.Determination of the true performance viscosity of materials and charting of curves.

3.Determination of softening, melting, and flow points.

4.The viscosity and viscous flow activation of polymer melts can be found by the High precision laboratory Stainless Extrusion Capillary Rheometer, as well as the melt spinning process parameters.

5.Real-time analysis of material extrusion swelling behavior using an optional laser caliper for precise extrudate diameter measurement.

Capillary Rheometer Curve

1.Aesthetically designed 304 stainless steel desktop with a high-strength European standard integrated frame.

2.Gefran melt pressure sensors deliver high-accuracy measurements for reliable polymer processing, extrusion testing, and real-time pressure monitoring in industrial applications.

3.High-performance servo motors deliver wide speed range and precision speed control for enhanced efficiency in industrial automation applications.

4,Labview-based special software is powerful and human-computer interactive.

5,Humanized structural design, easier operation.

1. Polymer rheology analysis using capillary rheometers – measuring shear stress, processability & material stability.
2. Capillary rheometers enable precise rheological characterization of drug particle suspensions, analyzing stability and flow properties for optimal pharmaceutical preparation and storage.
3. Capillary rheometers are essential tools for analyzing the rheological properties of food products, enabling precise measurement of viscosity, shear stress, and flow behavior under varying temperatures and shear rates. By evaluating these parameters, food scientists can enhance processing efficiency, improve texture, and extend shelf life. Discover how capillary rheometry drives innovation in food science, quality control, and storage optimization for superior product performance.
4. Capillary rheometers play a critical role in evaluating the rheological properties of petroleum products, including crude oil viscosity, shear stress, and flow behavior under varying temperatures and shear rates. These measurements are essential for ensuring efficient pipeline transport, refining efficiency, and product quality control. By analyzing rheological data, engineers can prevent flow assurance issues, reduce energy costs, and optimize processing conditions for different crude oil grades.

5.Food & Pharmaceuticals: Characterize emulsions, suspensions, or melts to improve texture, stability, and shelf life

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