Ways to prevent damage to electronic stamping parts

Ways to prevent damage to electronic stamping parts: 1. The type, standard and function of the selected hardware accessories should comply with my country's current standards and related regulations, and match the selected plastic doors and windows. 2. For sliding windows with a width of more than 1m, or double-glazed doors and windows of equipment, double pulleys should be installed, or roll pulleys should be used. 3. Aluminum alloy materials should not be used for sliding support hinges, but stainless steel materials should be used. 4. For hardware stamping parts with fastening screws, a metal liner should be installed inside, and the thickness of the liner should be at least twice the pitch of the fastener. It must not be fastened to plastic profiles, and non-metallic linings must not be used. 5. Door and window locks, handles, etc. should be assembled after the window and door leaves are in the frame to ensure that the position is correct and the switch is sensitive. 6. Pay attention to maintenance after electronic stamping equipment to prevent rust and corrosion. In daily applications, lightly open and close gently to prevent hard opening and hard closing, which may cause damage. 1. Vacuum heat treatment technology of precision stamping parts mold Vacuum heat treatment technology is a new type of heat treatment technology developed in recent years. Its characteristics are exactly what is urgently needed in mold making, such as preventing oxidation And without decarburization, vacuum degassing or degassing, to remove hydrogen embrittlement, and then improve the plasticity, durability and fatigue strength of materials (parts). Factors such as slow vacuum heating and small temperature difference between the inside and outside of the parts determine the small deformation of the parts caused by the vacuum heat treatment process. According to different cooling media, vacuum quenching can be divided into vacuum oil quenching, vacuum quenching, vacuum water cooling and vacuum nitrate austempering. The main applications of mold vacuum heat treatment are vacuum oil quenching, vacuum quenching and vacuum tempering. In order to maintain the excellent characteristics of the vacuum heating of the workpiece (such as the mold), the selection and formulation of the coolant and the cooling process are very important. The mold quenching process mainly uses oil cooling and good cooling. Regarding the working surface of the mold that is no longer mechanically processed after the heat treatment, vacuum tempering should be used as much as possible after quenching, especially the vacuum quenched workpiece (mold), which can improve the mechanical functions related to the appearance quality. Such as fatigue function, appearance brightness, corrosiveness and so on.