Technical analysis of quenching heat treatment on hammer tail using medium frequency induction heating equipment

As we all know, a hammer is a metal tool that we often use in the process of production and life. It requires a certain degree of wear resistance and high hardness, as well as a certain degree of toughness and is not easy to break. Therefore, we all know that the hammer needs to be quenched and heat treated after being processed into shape. Its head and tail have different purposes. The head is used for hammering other objects, so it requires good hardness and wear resistance, but must not crack; the tail is used for pulling out nails and the like, so it requires Can't be broken. In view of the high hardness, wear resistance and toughness requirements of hammers, many users have also chosen to use medium frequency induction heating equipment to perform targeted quenching heat treatment on the head and tail of hammers in order to achieve the different requirements. 

The head of the hammer is cylindrical, and a device equipped with a spiral induction coil can be used to heat the head to the quenching temperature; the tail of the hammer has a special shape, so when quenching it requires a special tool similar to the shape of the hammer. sensor. Typically, the inductor is a coil that is connected to the transformer of a medium frequency induction heating device to quench one hammer at a time. Under special circumstances, we can also place multiple hammer workpieces in the corresponding induction coil at the same time according to the actual needs of the user, heat them to the required temperature and then perform quenching heat treatment on them.

Since the equipment has constant current and constant power control functions, the heating process of the metal workpiece is greatly optimized and the rapid heating of the workpiece can be achieved to the greatest extent. Therefore, the workpiece that is quenched and heat treated by the medium frequency induction heating equipment will not produce oxidation and decarburization, nor will cracks and other defects that affect the appearance of the workpiece appear due to uneven heating during quenching. Maybe you also want to perform other heat treatments such as diathermy, annealing, tempering, smelting, etc. on metal workpieces. This is the right equipment to choose. It can easily meet your various heat treatment needs!