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Foam formation in coolants can occur due to various factors, such as agitation, the presence of surfactants, or contaminants. Foam not only reduces the heat transfer efficiency of coolants but can also lead to cavitation, pump failures, and erratic fluid flow, resulting in increased wear and tear of components. Moreover, excessive foam can impede the machining process, leading to surface imperfections and decreased product quality. Therefore, implementing effective anti-foaming agents is essential in preventing these detrimental effects.