How to reduce waste residue and impurities generated during the cutting process by improving the cleaning performance of Multi-line cutting fluid?
Publish Time: 2024-05-13
In the field of metal processing, Multi-line cutting fluid plays a vital role. It not only cools and lubricates cutting tools, but also helps clean waste residue and impurities generated during the cutting process. However, with the continuous advancement of processing technology, the requirements for cutting fluid cleaning performance are becoming higher and higher. Therefore, how to improve the cleaning performance of Multi-line cutting fluid and reduce the waste residue and impurities generated during the cutting process has become an urgent problem to be solved in the industry.
First, we need to understand the main influencing factors of cutting fluid cleaning performance. This includes cutting fluid formula, concentration, temperature, flow rate and other factors. By optimizing these factors, the cleaning performance of cutting fluid can be effectively improved.
Secondly, we can start with the formula of the cutting fluid and add some ingredients with powerful cleaning capabilities, such as surfactants, chelating agents, etc. These components can chemically react with waste residue and impurities to separate them from the cutting fluid, thereby achieving the purpose of cleaning.
In addition, we can optimize the cleaning performance of the cutting fluid by adjusting its concentration and temperature. Appropriately increasing the concentration and temperature of the cutting fluid can enhance its dissolving and dispersing capabilities, making it easier to clean away waste residue and impurities.
Finally, in order to further improve the cleaning performance of cutting fluid, we can also consider using advanced filtration technology. By installing a high-efficiency filtering device, waste residue and impurities in the cutting fluid can be filtered out and the cleanliness of the cutting fluid can be maintained.
In summary, by optimizing the cutting fluid formula, concentration, temperature and other factors, and using advanced filtration technology, we can effectively improve the cleaning performance of Multi-line cutting fluid and reduce waste residue and impurities generated during the cutting process. This not only helps improve processing efficiency and quality, but also helps protect the environment and reduce production costs.
