Is multi-line cutting fluid applicable to different cutting processes?
Publish Time: 2024-10-21
Multi-line cutting fluid plays a vital role in metal processing, but whether it is applicable to different cutting processes is a question worth exploring in depth.
First of all, for milling process, multi-line cutting fluid shows good applicability. Milling usually generates a large amount of chips and high heat. The cooling performance of multi-line cutting fluid can effectively reduce the temperature of the tool and the workpiece, prevent the tool from overheating and wear, and extend the tool life. At the same time, its good lubrication performance can reduce the friction between the tool and the workpiece and improve the quality of the machined surface. In addition, the cleaning ability of the cutting fluid can timely remove the chips generated during milling and ensure the continuity of the processing.
In the turning process, multi-line cutting fluid can also play an important role. During the turning process, the contact area between the tool and the workpiece is large, and more heat is generated. The cooling effect of the cutting fluid can ensure the stability of the processing process and prevent the deformation of the workpiece. The lubrication performance helps to reduce tool wear and improve processing accuracy. Moreover, the cutting fluid can wash away the chips generated by turning to prevent the chips from damaging the processing surface.
For high-speed cutting processes, the performance requirements of Multi-line cutting fluid are higher. High-speed cutting generates a lot of heat, and the cutting fluid needs to have excellent cooling performance to quickly reduce the temperature. At the same time, under high-speed cutting, the friction between the tool and the workpiece is also more intense. Good lubrication performance can reduce the generation of friction heat and protect the tool and workpiece. The cleaning ability of Multi-line cutting fluid also needs to be stronger so that a large amount of chips generated by high-speed cutting can be removed in time.
However, for some special cutting processes, such as dry cutting, Multi-line cutting fluid may not be applicable. Dry cutting aims to reduce the use of cutting fluid to reduce costs and reduce environmental impact. But in this case, special tools and processing parameters are needed to make up for the problems caused by the lack of cutting fluid.
In short, Multi-line cutting fluid has a certain applicability in most cutting processes, but its performance will vary in different processes. When selecting cutting fluid, it should be comprehensively considered according to the specific cutting process, processing materials and requirements to ensure the efficiency, stability and high quality of the processing process.
