The online continuous defoamer processes shampoo with extremely high bubble content.
Using the GM-iL-20HV Online Continuous Defoaming Device to handle shampoo with ultra-high bubble content.
Before starting the experiment, we need to collect as much data as possible, such as temperature, viscosity, and the change in weight of the material before and after stirring under the same volume. This data will help the user make adjustments and informed decisions.
Starting the experiment:
We place the feed pipe into the bucket containing the material requiring defoaming, and position the discharge pipe into a clean collection bucket. Turn on the vacuum pump, start the GM-iL-20HV device, and wait for it to initialize. Then, adjust the feed and discharge speed settings based on the material’s characteristics.
Once parameters are set, start the device. After a short wait, you can observe the defoaming results .
Device used: GM-iL-20HV
Material tested: Shampoo
The initial state of the material is a viscous liquid filled with a large number of bubbles .
Before starting the experiment, we need to collect as much data as possible, such as temperature, viscosity, and the change in weight of the material before and after stirring under the same volume. This data will help the user make adjustments and informed decisions.
Starting the experiment:
We place the feed pipe into the bucket containing the material requiring defoaming, and position the discharge pipe into a clean collection bucket. Turn on the vacuum pump, start the GM-iL-20HV device, and wait for it to initialize. Then, adjust the feed and discharge speed settings based on the material’s characteristics.
Once parameters are set, start the device. After a short wait, you can observe the defoaming results .
The remarkable contrast of the shampoo after defoaming is evident. The treated material displays a smooth surface with a lustrous sheen and is entirely bubble-free .
The GM-iL-20HV Online Continuous Defoaming Device can process liquids with ultra-high bubble content, achieving perfect defoaming without requiring defoaming agents. Leveraging the VTR principle (Vacuum – Thin Film – Rotation process), it effectively resolves bubble issues across various compounds—from offset inks and shampoos to food-grade chocolates and epoxy resins.