Dynamic Bubble Pressure Tensioner

NegotiableUpdate on 01/19

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The technical principle of the FBT600 series dynamic bubble pressure tensiometer is to place the measured liquid in a sample container and immerse a specially designed capillary tube into the liquid, which is connected to a sensitive pressure sensor. During the testing process, gas or inert gas passes through the capillary and forms bubbles at the end of the capillary, and the pressure of these bubbles is measured. When the FBT600 series dynamic bubble pressure tensiometer continuously increases the rheological rate of gas, the frequency of bubble formation increases and the survival time of each bubble decreases accordingly. It can automatically scan the number of bubbles and tension curve, and can also measure the tension value of a specified number of bubbles individually. When the bubble radius at the end of the capillary is equal to the capillary radius, the bubble pressure reaches its maximum value. Once the bubble radius exceeds the capillary radius, the bubble pressure significantly decreases. The maximum pressure at which bubbles are generated is directly proportional to the dynamic surface tension. The hydrostatic pressure P is directly proportional to the immersion depth of the capillary tube.

Product Details

Technical principle of FBT600 series dynamic bubble pressure tensiometer

Place the tested liquid into the sample container and immerse a specially designed capillary tube into the liquid, which is connected to a sensitive pressure sensor. During the testing process, gas or inert gas passes through the capillary and forms bubbles at the end of the capillary, and the pressure of these bubbles is measured. When the FBT600 series dynamic bubble pressure tensiometer continuously increases the rheological rate of gas, the frequency of bubble formation increases and the survival time of each bubble decreases accordingly. It can automatically scan the number of bubbles and tension curve, and can also measure the tension value of a specified number of bubbles individually. When the bubble radius at the end of the capillary is equal to the capillary radius, the bubble pressure reaches its maximum value. Once the bubble radius exceeds the capillary radius, the bubble pressure significantly decreases. The maximum pressure at which bubbles are generated is directly proportional to the dynamic surface tension. The hydrostatic pressure P is directly proportional to the immersion depth of the capillary tube.

FBT600系列动态气泡压力张力仪

Characteristics of FBT600 series dynamic bubble pressure tensiometer

1. Accurate measurement of the lifespan of bubbles directly

2. Accurate measurement of dynamic surface tension

3. Curve of surface tension versus time

4. The time interval for bubble scanning can be adjusted

5. Test the difference between bubbles and atmospheric pressure

6. Equipped with software data calibration function

FBT600 series dynamic bubble pressure tensiometer standard components

1. FBT600 series bubble tensiometer host 1 unit

2. 2 capillary tubes

3. 1 USB extension cable

4. 2 crystallization dishes

5. 1 copy of application software

6. 1 copy of instruction manual

7. 1 electronic version of the operation manual

FBT600 Series Dynamic Bubble Pressure Tensioner System Parameters

Surface tension measurement range	10 - 150 mN/m
resolution	± 0.01 mN/m
Surface tension measurement accuracy	≤ 0.5%
dynamic range	0.015-16 seconds
Minimum liquid test sample size	10 ml
Operating temperature range	Room temperature (10-50 ° C optional)
Measuring temperature range	Room temperature (0-100 ° C optional)
Test time: Standard mode (M1)/Fast mode (M4)	20-30 min / 4-6 min
software environment	Windows 7, Windows 10, Windows 11, Office 2010 engine libraries
data connection	USB2.0-3.0
Size (LxWxH)	200 x 250 x 400 mm
weight	10kg
power supply	12 VDC
external power supply	100 -240 AC
Maximum Power Consumption	30 W
accessories	Various sizes of capillary tubes