With the increasingly serious global environmental problems, the metal processing industry is also facing stricter environmental requirements. Metal processing fluid defoamers, as important additives in the metal processing process, have become a focus of industry attention for their green and sustainable development.

Firstly, in the future, defoamers for metalworking fluids will place greater emphasis on environmental performance. Traditional defoamers may contain ingredients that are harmful to human health and the environment. With increasingly strict environmental regulations, these ingredients will be gradually phased out. Future defoamers will be made using more environmentally friendly materials and processes to ensure that they do not pose a threat to human health and the environment during use.

Secondly, green machining fluids are the future development trend of metalworking fluids. Green processing fluid should meet the requirements of not harming human health during use, complying with hygiene requirements, and having no or low pollution to the environment. To achieve this goal, metal processing fluid defoamers also need to have biodegradability and be non-toxic or low toxic after degradation. This will drive the development of defoamers towards a more environmentally friendly and biodegradable direction.

Furthermore, future defoamers for metalworking fluids will place greater emphasis on universality and efficiency. With the continuous advancement and diversification of metal processing technology, defoamers need to be able to adapt to the processing requirements of different metal materials and different process conditions. By developing defoamers with strong universality and high efficiency, the overall efficiency and environmental protection level of metal processing can be further improved.

Finally, future defoamers for metalworking fluids will place greater emphasis on technological innovation and sustainable development. By introducing advanced production technology and equipment, the production efficiency and product quality of defoamers can be improved; By strengthening technological research and innovation, we will promote the development of defoamers towards a more intelligent, efficient, and environmentally friendly direction. This will provide strong support for the green and sustainable development of the metal processing industry.

In the future, the green and sustainable development of defoamers for metal processing fluids will focus on environmental performance, adaptability, universality, and efficiency of green processing fluids, as well as technological innovation and sustainable development. This will drive the metal processing industry towards a more environmentally friendly, efficient, and sustainable direction.