Foam scanner

FOAMSCANFoam scannerDeveloped and produced by French Teclis Scientific Instrument Company, it is used to analyze the foaming performance, half-life, foam liquid content, etc. of liquid. FOAMSCAN adopts bubbling method or mechanical stirring method, or is equipped with both bubbling methods at the same time. FOAMSCAN can measure foam volume, liquid volume, liquid conductivity, etc., as well as foam size and distribution, and analyze the relationship between foam stability and temperature.

FOAMSCANFoam scannerMain functions:

1. Software controls the foaming process, which can be achieved through bubbling or mechanical stirring methods

2. Determine the total height of foam, foam height and liquid height

3. Determination of foaming parameters: zui large height, foaming ability and foam density

4. Decay parameters: starting point and half-life of decay

5. Measure the size distribution and changes of bubbles at different resolutions through video methods

6. Calculate the average size and standard deviation of bubbles

7. After a series of measurements, the histogram of each image can be output

8. The content of liquid entrained in foam and half-life at each height can be measured simultaneously at four heights through conductivity

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Instrument configuration for intelligent module design:

Host of foam analyzer: with functions of blowing and stirring, foam conductivity measurement, liquid conductivity measurement, foam size measurement

Stirring foaming module: produce foam by injecting air, nitrogen, carbon dioxide and other gases into the liquid

Bubbling module of air blowing method: generate foam by mechanically stirring the liquid in the mixing chamber at a controlled speed

Conductivity measurement module: simultaneously measure the conductivity of four foam at different heights; Measurement of foam liquid fraction and foam liquid carrying stability

CSA foam size analysis module: calculate the size, number and distribution of bubbles

Full automatic cleaning module: support three different cleaning solutions to clean foam tubes; The foam tube is cleaned in situ by spraying at the top, and the cleaning procedure is automatically controlled by the software

Work environment:

Usage environment: Power supply: 220V (+10%~-10%), 50/60 Hz

Environmental temperature:+10 ℃~+35 ℃

Environmental humidity:<80% (no condensation)