Future development of cutting fluids

Throughout the cutting fluid market of the 21st century, some emerging cutting technologies and corresponding products have emerged one after another. Faced with the increasing awareness of human environmental protection, the market has increasingly high requirements for the green and environmentally friendly performance of cutting fluids. For example, using biodegradable vegetable oil substances instead of mineral oil as the base oil for cutting fluids, and replacing toxic additives in water-based cutting fluids with tungstate, molybdate, etc., has gradually become a research and development direction for scientific and technological personnel.
With the development of overall technology in the mechanical industry, machine tools have faster cutting speeds, greater cutting loads, and higher cutting temperatures. At the same time, new processes are constantly emerging to adapt to the processing of new materials, which requires new high-performance cutting fluids to meet processing requirements; According to the requirements of labor hygiene and environmental protection, cutting fluid should minimize the presence of substances that pose a threat to human health and the ecological environment. More and more advanced equipment such as CNC machine tools and machining centers are being imported into China. If the cutting fluid used is imported from abroad, transportation is inconvenient and the cost is high. Therefore, developing high-performance cutting fluid to replace imported products has become an urgent task for China. In China, the use of water-based cutting fluids is becoming increasingly widespread and has begun to transition from emulsions to synthetic cutting fluids and microemulsions with good performance and long service life. Develop high-performance, environmentally friendly, biodegradable, and long-life cutting fluids; Studying methods to extend the service life of cutting fluids and reduce the discharge of cutting fluid waste is an important aspect of cutting fluid research both domestically and internationally.