[Explanatory Material] What is the "Method of Addition" to Suppress Foaming?
I conducted an experiment on the method of adding that suppresses foaming.
Foaming can cause various troubles depending on what is being handled. For example, if the foam does not dissipate, you cannot proceed to the next process, and you may need to insert a defoaming or degassing step, or wait for the foam to dissipate naturally. This hinders work and is inefficient. In other words, even a slight reduction in the amount of foam can lead to improved work efficiency. This document summarizes the experiments conducted on "methods to suppress foaming during input."
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Contents of this column: - Foaming leads to inefficient work - There is not just one cause of foaming - Experiment on "methods to reduce foaming during input" - Results: Reduced foaming to less than half in the inflow pipe
Applications/Examples of results
For those troubled by frothiness.
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[Explanatory Material] What is the "Method of Addition" to Suppress Foaming?
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Our company, which started in 1957 with the aim of manufacturing stainless steel products and containers for home use, has since expanded into the production and sale of stainless steel tanks for industrial fields such as pharmaceuticals, chemicals, and food. Currently, we design, manufacture, and sell small to medium-sized stainless steel tank units across various industries. Moving forward, as a manufacturer of stainless steel containers and mixers (stirring devices), we will continue to challenge ourselves with sincerity, enthusiasm, and creativity to deliver "one-of-a-kind" products and services to our customers, advancing step by step into the future.