The equipment body will be damaged relatively quickly during the heating process. This is mainly because the traditional processing methods include electron cathode and incineration heating methods.

When the wire drawing machine is running During the process, these two energies are constantly changing, and it is very easy for open flames and exhaust gas pollution to occur, leading to safety accidents.

The inverted wire drawing machine has always had the disadvantage of high power consumption but relatively low power during operation. In this way, the loss of the equipment will be relatively large.

For example, when heating, the temperature is not high enough and cannot be heated evenly, which will directly affect the production of products. deformation situation.

When the inverted wire drawing machine is running, the loss is relatively large, so the performance and quality of the equipment will be greatly reduced.

High-efficiency energy-saving electromagnetic induction heating equipment can convert electrical energy into thermal energy when used, and then use balanced heating, making the screwless likely to bend and deform.

The bottom of the inverted wire drawing machine needs to be fixed when it is placed. This can very effectively prevent the equipment from oscillating during operation. During the debugging process, the stretching axis of the equipment and the center of the die hole need to be symmetrical, so that There will be a uniform effect between the two.

To prevent frequent parking of the inverted wire drawing machine during the drawing process, the main reason is that the conflict caused by the tensile stress during the drawing start-up process of the equipment is much greater than the normal conflict, so the wear of the equipment will gradually increase. , the wire drawing wire needs to be preheated.