When it comes to the cutting fluid, it is very difficult at first. After all, we are not familiar with metal manufacturing. I don't know what the cutting fluid is for. Cutting fluid is used in metal processing and ceramic processing to cool and lubricate tools.In this case, isn't any kind of cutting fluid suitable for ceramic processing? If not, which kind of cutting fluid should be chosen? Let us wait and see!

1.Different tooling temperatures will result in different tool temperatures. If the processing strength is high, the temperature is relatively high. At this time, it is necessary to select a cutting fluid with better cooling performance, and it is suitable to use a semi-synthetic water-based cutting fluid. 

2.The cutting fluid must be selected according to the characteristics of the material during processing. For example, magnesium has a low ignition point, so it is easy to ignite. It is necessary to select a cutting fluid with a higher flash point  when machining.The steel material is hard, so the emulsion is used as a cutting fluid.Ceramic is a moderate hardness material. Therefore, an emulsion can also be used. 

3.The cutting fluid should be selected according to the tools, because the tools used in different materials are different, so we must also consider this problem when we choose the cutting fluid for ceramic processing. 

   The above is the tip of how to choose the cutting fluid in ceramicsprocessing, I hope to help everyone, if there are other questions about ceramics processing, please leave a message.

   The improvement of life has made people have higher requirements for the products used. For this reason, many components have begun to use ceramic structural parts. Because of the superior performance of ceramic structural parts, it is especially suitable for use under severe Conditions. Because of the superior performance of ceramic structural parts, it is especially suitable for use under severe conditions. And what processes are used in the production of ceramic structural parts?

1.Ceramic dry pressing

   Dry press molding uses pressure to compress ceramic powder into a shaped body. Under the action of external force, the powder particles are close to each other in the mold, and are firmly combined by internal friction to maintain a certain shape. The main defect in dry pressed greens is cracking due to internal friction between the powder and friction between the powder and the mold wall.It mainly produces lightweight, high-rigidity flat-shaped ceramic products. Dry press molding has high production efficiency, is suitable for mass production, has low cost,high material utilization rate, and good shearability and recovery. 

2. Ceramic injection molding

   This type of molding is similar to plastic molding. It is a new process for preparing ceramic parts by combining the polymer injection molding method with the ceramic preparation process. It mainly produces small precision ceramic parts with complex shapes, precise dimensions or with inserts,whichhas high production efficiency. However, its feeding formula, mixing and mold development are difficult. The mold design and injection filling effect directly affect the quality of green part. 

3. Ceramic casting molding

   Tape casting is an important forming method for thin-film ceramic materials.It has the advantages of high speed, high degree of automation, high efficiency,uniform structure and good product quality. Tape casting has become the main way to produce multilayer capacitors and multilayer ceramic substrates.

   Due to the advancement of the process for producing ceramic structural parts, the ceramic structural parts have high quality and excellent functions, and no matter where they are applied, the ceramic structural parts can exert these excellent properties and are very satisfactory to the user.