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How to deal with adhesive materials in mechanical parts processing die casting mold
Mar 09, 2018

When it comes to die-casting mold adhesives in the processing of mechanical parts,First of all, it should be checked whether the mold temperature is normal or not. It is appropriate to reduce the casting temperature of the alloy liquid and the mold temperature. Check whether the proportion of the mold release agent is abnormal, and try to replace the mold release agent. Adjust the surface of the spray coating to polish.For molds that have been nitrided, care should be taken to carefully polish them and prevent them from breaking away from the nitrided layer on the surface. Afterwards, they will be able to form more and more viscous materials. This way must also be able to guarantee the efficiency of mechanical parts.

 

In the processing of mechanical parts and components, for the solution of die-casting mold adhesives, it is also possible to proceed from the improvement of the design structure of the casting system to avoid the continuous scouring of the cavity wall or the core of the alloy fluid;Then we must pay attention to modify the mold cooling system; adjust the die casting process parameters, properly reduce the injection speed, shorten the second-speed travel and other steps can also solve the die-casting mold adhesive.

 

The production efficiency of mechanical parts is improved. For our manufacturers, mass production is used. The use of large bed milling machines for mechanical parts processing can also reduce the operator's intervention, as they accommodate many, or rather large, "blanks," and are then consistent with the operator's shift length. All batches are generated during the cycle time.

 

In this way, the operator can place a batch on the machine in the morning and handle other tasks during the day. The automated machine will also be able to work the required parts of the production all day long. Near the end of the shift, the operator removes the completed batch, cleans the machine, and sets up another batch to be left unattended overnight. As soon as the operator returns to work the following morning, he can also remove batches of the machine produced overnight and start another batch.

 

The processing of such mechanical parts is in fact a two-shift value from a single operator. This type of processing directly reflects the "ideal" of batch processing because it leaves the machine unattended on most days and nights. This may not be suitable for your exact application, but the processing and production of such mechanical parts is more efficient in operation and cost-effective.

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