Firstly, for the cooling of gas mold temperature machine die-casting molds, we can actually directly use heat pipe cooling. In this regard, it mainly refers to small areas that are difficult to cool directly with cooling water. For the small parts that need to be cooled on the gas turbine, we should actually use the special heat of the heat pipe to export, and then use cooling water to cool the heat pipe.

Next, regarding the cooling method of the gas turbine, we should actually pay attention to using indirect cooling. In this regard, in the hot spot area of the die casting mold, alloys with high heat transfer coefficients (such as ammonium bronze and tungsten based alloys) can be directly used for indirect cooling. At this time, we can actually screw the ammonium bronze pin into the fixed core, and the end of the copper pin is actually equipped with a heat sink to enhance its cooling effect.

There is another cooling method for gas turbine heaters, which is water cooling. Cooling water channels are directly installed on its die-casting mold, which can to a large extent allow circulating water to flow into the forming insert or core.

In this regard, the water cooling efficiency is relatively high, which can effectively reduce the temperature on the surface of the mold cavity. However, on the other hand, it actually increases the complexity of the die casting mold structure to a large extent, mainly used for molds that require large heat dissipation.

In terms of the cooling method on the gas mold temperature machine, it is actually to prevent condensation on the surface of the mold cavity. For the temperature of its cooling water, it should be directly higher than room temperature. The cooling on the gas turbine can actually be achieved through air cooling, and the cooling temperature of air cooling is actually much lower than that of water cooling.