Defoamer can reduce the foam forming ability by reducing the surface tension of the liquid, thus effectively reducing the production of foam in the production process. This mechanism helps to keep the production environment clean and orderly and reduce the attachment and blockage of foam to production equipment. Once foam is produced, defoamer can quickly diffuse to the surface of foam, destroy foam film, and make foam burst rapidly. This helps to restore the fluidity of the liquid and ensure smooth production processes.

The existence of foam may lead to problems such as equipment blockage and pipeline blockage in the production process, thus increasing downtime and maintenance costs. After using defoamers, these problems were effectively solved, reducing unnecessary downtime and improving production efficiency.

The use of defoamers makes the production environment cleaner and more orderly, reducing the difficulty and labor intensity of workers' operations. This helps to improve workers' work efficiency and satisfaction, further promoting the improvement of production efficiency.

The accumulation of foam inside the equipment will increase the risk of wear and damage of the equipment. The use of defoamer helps to reduce the attachment and erosion of foam to equipment, thus extending the service life of equipment and reducing maintenance costs. In the production process requiring heat transfer, foam will hinder the effective heat transfer. The use of defoamer eliminates the blocking effect of foam, improves heat transfer efficiency and reduces energy consumption.

The existence of foam may cause problems such as uneven and defective product surface. The use of defoamer eliminates these foam and improves the appearance quality and consistency of the product. In chemical, pharmaceutical and other industries, the existence of foam may interfere with chemical reactions and physical processes, leading to unstable product quality. The use of defoamers helps to maintain the stability of the production process, optimize the production process and quality of products.

In conclusion, defoamers have brought significant advantages and benefits to industrial production by reducing foam interference, improving production efficiency, optimizing equipment utilization and reducing losses, and improving product quality. In the industrial production that needs to control foam, rational use of defoamer is one of the important ways to improve production efficiency.