Mold temperature controllers are widely used in various industries such as plastic molding, die casting, rubber tires, rollers, chemical reactors, bonding, and mixing. In the plastics industry, the main functions of mold temperature controllers include improving product molding efficiency, reducing the production of defective products, improving product appearance quality, suppressing product defects, speeding up production progress, reducing energy consumption, and saving energy.

Die casting dedicated air-cooled chiller is an equipment used in the die casting industry to cool molds or other related equipment in the die casting machine. This type of chiller adopts an air-cooled design, usually including components such as compressor, condenser, evaporator, cooling fan, control system, etc. Its working principle is to compress low-temperature refrigerant into high-pressure and high-temperature gas through a compressor, then dissipate heat through the condenser to condense the gas into a liquid, then pass through the expansion valve to reduce pressure and cool, and finally absorb heat through the evaporator to form low-temperature refrigerant, achieving cooling effect in a cyclic manner. The air-cooled design circulates the cooling medium for heat dissipation through a built-in fan, without the need for an external water source, making it suitable for situations where water supply is inconvenient in some places.

Die casting dedicated air-cooled chiller is an equipment used in the die casting industry to cool

molds or other related equipment in the die casting machine. This type of chiller adopts an

air-cooled design, usually including components such as compressor, condenser, evaporator,

cooling fan, control system, etc. Its working principle is to compress low-temperature refrigerant

into high-pressure and high-temperature gas through a compressor, then dissipate heat through

the condenser to condense the gas into a liquid, then pass through the expansion valve to reduce

pressure and cool, and finally absorb heat through the evaporator to form low-temperature

refrigerant, achieving cooling effect in a cyclic manner. The air-cooled design circulates the

cooling medium for heat dissipation through a built-in fan, without the need for an external

water source, making it suitable for situations where water supply is inconvenient in some places.

Chillers are widely used in industrial production such as plastic molding, vacuum blow molding, electroplating tank cooling, coating and laminating equipment cooling, hydraulic molding equipment cooling, carbon fiber product molding cooling, hardware, chemical industry, electronics, food preservation, laser engraving, vacuum coating, optical lens cleaning, etc. It can control the heat generated in the production of mechanical equipment and the temperature required for equipment production, thereby greatly improving work efficiency and product quality.