In metal cutting, grinding, stamping, and other processing processes, metalworking fluids (cutting fluids, grinding fluids, etc.) play a crucial role in cooling, lubricating, rust-proofing, and cleaning. However, due to factors such as high-speed machining, high-pressure spraying, and recycling, the processing fluid is prone to generating foam, leading to a decrease in lubrication effect, reduced machining accuracy, and even affecting the stability of the equipment. As an efficient foam inhibitor, metalworking fluid defoamer has become an indispensable auxiliary agent in modern metal manufacturing processes.

A large amount of foam not only hinders the cooling and lubricating effects of the machining fluid, but also easily leads to a series of problems such as increased tool wear and reduced surface finish of the workpiece. When there is too much foam, it may overflow the machining tank, polluting the working environment. A large amount of residual foam may also clog the filtration system, increasing the burden of equipment maintenance.

Metalworking fluid defoamers not only quickly break bubbles but also effectively suppress them over a long period. Additionally, these defoamers exhibit strong compatibility and do not react with emulsifiers, rust preventatives, or other components in the metalworking fluid, ensuring long-term stability and performance integrity of the fluid. With the increasing demand for green and environmentally friendly performance, modern metalworking fluid defoamers are formulated with more environmentally friendly and safer ingredients, aligning more closely with industry standards.

With the development of science and technology, the defoaming agent industry is also moving towards higher precision, greater intelligence, and more environmental friendliness. In the future, metalworking fluid defoaming agent technology will continue to innovate, providing more reliable solutions for efficient processing.