It goes without saying that temperature control is critical in the production of aluminum alloy die-castings, and it is also one of the most important components in the process. There is a direct relationship between this factor and both the cost of casting manufacturing and the economic benefits that can be obtained from casting manufacturing. To produce castings with acceptable external and internal quality on both the outside and inside, aluminum alloy die casting is necessary to ensure that the temperature field created in the mold falls within the parameters of the process. To ensure that the pressure is maintained at a sufficient level at all times, it has been decided to incorporate a collection and distribution box into the system.

Cast iron cracking during the hot section of a casting's life is prevented by employing high-pressure point cooling in the casting's core during the hot section.

Traditional water treatment methods frequently fail to meet the water quality requirements in manufacturing, resulting in clogging of the point cooling pipe and other downstream effects. In this situation, a softening treatment is commonly used, and it is considered standard practice. The widespread use of water treatment devices such as reverse die casting aluminum osmosis (RO) results in significant losses in terms of human resources, material resources, and financial resource despite the fact that the conversion of contaminated water to pure water using these devices results in significant losses in terms of human resources, material resources, and financial resource. In a state of thermodynamic equilibrium, heat is present.