Chilled water machine for wax injection machine

Explain	Unit	YN-BJS-5P
Total equipment power	P	5P
Circulating chilled water flow	m³/h	Flow rate 7-9m³/h

 5P Chiller: An Efficient Cooling Companion for Wax Injection Molding Machines

In the field of precision casting, the efficient operation of wax injection molding machines is inseparable from the assistance of a chiller. As a cooling companion to wax injection molding machines, the 5P chiller, with its excellent cooling performance and stable operation, provides strong support for efficient production. This article will detail the application, technical specifications, and significant advantages of the 5P chiller in wax injection molding machines.

I. Application of the 5P Chiller in Wax Injection Molding Machines

1.1 Cooling Requirements of Wax Injection Molding Machines

During wax injection molding, liquid wax must be melted at high temperatures and injected into the mold for molding. To ensure the quality of the wax model and production efficiency, temperature control of the mold and wax is crucial. As the high-temperature wax cools and solidifies in the mold, the temperature must be quickly reduced to shorten molding time and improve the precision of the wax model. This is where the chiller plays a crucial role. By providing low-temperature cooling water, the 5P chiller can quickly remove heat from the mold, ensuring that the wax model cools and forms quickly. 1.2 Connection and Use of a Chiller

A 5P chiller is typically connected to the wax injection molding machine's cooling system via piping. The wax injection molding machine's molds and related components are connected to the chiller's outlet and return ports via cooling water piping, forming a closed-loop cooling system. During the wax injection molding process, the chiller continuously circulates low-temperature cooling water, lowering the mold and wax temperature through heat exchange. For example, some wax injection molding machines have internal cooling water channels. The cooling water flowing through these channels quickly lowers the mold temperature, thereby shortening the wax molding process.