AC plug mold_Basic way to improve mold quality

     Plug mold description_Dongguan AC plug mold_The design of the mold is the most important step in improving the quality of the mold. Many factors need to be considered, including the selection of the mold material, the usability and safety of the mold structure, and the processability of the mold parts And the convenience of mold maintenance, these should be considered as thoroughly as possible at the beginning of the design. The manufacturing process of the mold is also an important part of ensuring the quality of the mold. The processing methods and processing accuracy in the mold manufacturing process will also affect the service life of the mold. The accuracy of each part directly affects the overall assembly of the mold. In addition to the influence of the accuracy of the equipment itself, it is necessary to improve the processing accuracy of the parts and the technical level of the fitter in the mold grinding process to improve the processing accuracy of the mold parts. . The surface of the main molded parts of the mold is strengthened to improve the surface wear resistance of the mold parts, thereby better improving the quality of the mold. The correct use and maintenance of the mold is also a major factor to improve the quality of the mold.

For example, the installation and debugging of the mold should be appropriate. In the case of a hot runner, the power supply wiring must be correct, the cooling water circuit must meet the design requirements, and the parameters of the injection molding machine, die casting machine, and press in the production of the mold must meet the design requirements. and many more. When using the mold correctly, regular maintenance of the mold is also required. The guide posts, guide sleeves and other parts of the mold that have relative motion should be filled with lubricating oil frequently. For molds such as forging molds, plastic molds, die casting molds, etc. Before molding, lubricant or mold release agent should be sprayed on the surface of the formed parts.