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TRACKER HTHP 500 Interface Rheometer

NegotiableUpdate on 02/11
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Overview
The TRACKER HTHP 500 Interface Rheometer is a high-temperature and high-pressure interface rheometer produced by Thales in France. It can study the interfacial rheological properties, measure interfacial tension and contact angle under testing conditions of 200 ℃ and 500 bar pressure.
Product Details
The TRACKER HTHP 500 Interface Rheometer is a high-temperature and high-pressure interface rheometer produced by Thales in France. It can study the interfacial rheological properties, measure interfacial tension and contact angle under testing conditions of up to 200 ℃ and up to 500 bar.

高温高压界面流变仪

1、 Functional Features
1. Rheological measurement: Perform expansion/compression to measure the rheological properties of the expansion interface (viscoelastic modulus).
2. Tension measurement: Surface/interface tension is measured using suspended or rising droplet shape analysis method.
3. Contact angle measurement: The contact angle (solid sample diameter 33mm - thickness 5mm) is measured using the seat drop method or the trapping bubble method.
4. Imaging equipment: equipped with CCD camera (USB2, 640x480, 60fps) and partial telephoto lens (55mm focal length).
5. Sample Cell and High Pressure Chamber: Equipped with a 12ml (25 × 25 × 22)/20ml (25 × 25 × 36) borosilicate glass sample cell and a chromium nickel iron alloy 625 high pressure chamber with optical sapphire glass, with an internal volume of 130mL.
6. Temperature and pressure control: Equipped with a circulating bath, the temperature can be controlled up to 200 ° C; equipped with a booster and electronic valve system, the pressure can be controlled up to 500 bar.
7. Gas compatibility: Compatible with all non explosive gases and supercritical carbon dioxide.
2、 TRACKER software
1. Experimental parameter control and monitoring: It can control and monitor experimental parameters, including volume, temperature, pressure, and time.
2. Real time measurement and display: It can measure and display surface/interface tension, contact angle in real time, and automatically determine the baseline for contact angle measurement.
3. Interface expansion rheological measurement:
-Oscillation frequency: 0.001Hz-2Hz
-Droplet volume change: ± 0.1 μ l - ± 100 μ l
-Volume change rate: 0.01 μ l/s -20 μ l/s
-Time: The area of droplets or bubbles remains constant during oscillation for several hours, including at the gas-liquid interface
-Can calculate viscoelastic modulus and stiffness coefficient
4. Data Management and Analysis:
-Data saving (charts and values)
-Open file/create video/recalculate based on recorded images
-Comparison file: It is easy to display the comparison of multiple experiments in the software before exporting the data
-Data can be exported through txt files (such as EXCEL)

高温高压界面流变仪

高温高压界面流变仪

3、 Data and Testing

-Interface rheology: viscoelastic modulus
-Interfacial tension
-Contact angle and surface energy
-Forward and backward angles
-Rigidity coefficient
-Temperature
-Pressure
4、 Technical specifications
1. Working temperature: ≤ 200 ℃
2. Work pressure: ≤ 500bar
3. Gas introduction: nitrogen, argon, air, carbon dioxide, supercritical carbon dioxide
4. Interface expansion rheology:
-Oscillation frequency: 0.001Hz-2Hz
-Droplet volume change: ± 0.1 μ l - ± 100 μ l
-Volume change rate: 0.01 μ l/s -20 μ l/s
-Time: The area of droplets or bubbles remains constant during oscillation for several hours, including at the gas-liquid interface
5. Surface/interface tension range: 0.01-1000 mN/m
6. Contact angle measurement range: 0-180 °