Heating And Cooling

Heating And Cooling

Industrial heat exchange systems are equipment used for transferring thermal energy in industrial processes. They achieve cooling or heating by transferring heat from one medium to another, ensuring stable heating or maintaining desired low temperatures. They are widely used in industrial sectors such as plastic injection molding, die casting, and rubber processing to ensure product quality and production efficiency.
Oil-Type Mold Temperature Machine02 (1)

Oil-Type Mold Temperature Machine

● The temperature control system is fully digital and uses a P.I.D. segmented control method, which can maintain a stable mold temperature with a temperature control accuracy of ±1℃ in any operating state.
● The machine uses a high-efficiency and high-temperature pump with high pressure and stability.
● The machine is equipped with multiple safety devices. When a malfunction occurs, the machine can automatically detect the abnormality and indicate the abnormal condition with a warning light.
● The electric heating tubes are all made of stainless steel.
● The standard heating temperature of the oil-type mold temperature machine can reach 200℃.
● The advanced circuit design ensures that high-temperature cracking does not occur in the event of an oil circuit failure.
● The appearance of the machine is beautiful and generous, and it is easy to disassemble and maintain.

Water Mold Temperature Controller01 (2)

Water Mold Temperature Controller

● Adopting a fully digital P.I.D segmented temperature control system, the mold temperature can be maintained stable under any operation state, and the temperature control accuracy can reach ±1℃.
● Equipped with multiple safety devices, the machine can automatically detect abnormalities and indicate the abnormal conditions with indicator lights when a failure occurs.
● Direct cooling with excellent cooling effect, and equipped with an automatic direct water replenishment device, which can quickly cool down to the set temperature.
● The interior is made of stainless steel and is explosion-proof under high pressure.
● The appearance design is beautiful and generous, easy to disassemble, and convenient for maintenance.

Water-Cooled Industrial Chiller02 (2)

Water-Cooled Industrial Chiller

● The machine adopts high-quality imported compressors and water pumps, which are safe, quiet, energy-saving, and durable.
● The machine uses a fully computerized temperature controller, with simple operation and accurate control of water temperature within ±3℃ to ±5℃.
● The condenser and evaporator are uniquely designed for better heat transfer efficiency.
● The machine is equipped with protection features such as overcurrent protection, high and low voltage control, and electronic time-delay safety device. In case of a malfunction, it will promptly issue an alarm and display the cause of the failure.
● The machine has a built-in stainless steel insulated water tank, which is easy to clean.
● The machine has reverse phase and under-voltage protection, as well as anti-freezing protection.
● The ultra-low temperature type cold water machine can reach below -15℃.
● This series of cold water machines can be customized to be resistant to acid and alkali.


Air-Cooled Industrial Chiller

● Cooling temperature range is 7℃-35℃.
● Stainless steel insulated water tank with anti-freezing protection device.
● Refrigerant uses R22 with good refrigeration effect.
● The refrigeration circuit is controlled by high and low-pressure switches.
● Both the compressor and pump have overload protection.
● Uses Italian-made precision temperature controller with an accuracy of 0.1℃.
● Easy to operate, simple structure, and easy to maintain.
● Low-pressure pump is standard equipment, and medium or high-pressure pumps can be optionally selected.
● Can be optionally equipped with a water tank level gauge.
● Uses a scroll compressor.
● The air-cooled industrial chiller uses a plate-type condenser with excellent heat transfer and fast heat dissipation, and does not require cooling water. When converted to the European safety circuit type, the model is followed by “CE”.