At present, for many industrial applications, the production of hot melt wires will make the hot melt wires affected by temperature and other factors, and the temperature regulation of hot melt characteristics is relatively low, and the soaking time in water is too long. The actual impact of its compressive strength and tensile strength has different rules. Its deformation is the key factor in the whole process of the base hot melt wire, which affects the compressive strength and tensile strength of the base surface smooth layer, thereby damaging the entire damage.
Overall, there are many factors that damage the use of hot fuses, and there are many specific factors that damage hot fuses, mainly in the following aspects: First, in the process of processing hot fuses, due to the difference in processing temperature, including the temperature control of hot fuses, the depth of processing without substrate penetration, the difference in temperature damage and its characteristic index, in the process of damaging hot fuses, due to the difference in the main parameters of hot fuses, the product performance indicators have been improved;
In the detailed inspection process, the use of hot fuse compressive strength at different temperatures and its percentage error correction index are mastered, which can be used to predict the performance of hot fuses at different temperatures, and can also be used to estimate the use index of tensile strength of hot fuses at different temperatures. Regarding the shaping composition of hot fuses, the speed of production equipment can change the relative density in use.
In order to obtain the tensile strength of full-temperature hot fuses, the key factors of adjusting time and setting time temperature are adopted to obtain the calculation formula of hot fuse tensile strength for heat removal and hot fuse characteristics, and the hot fuse is simply designed, so that the performance of the hot fuse meets the ideal relative density requirements.
Post time: Sep-25-2024