Industrial Refrigeration Units, Industrial Refrigeration Systems, Industrial Refrigeration Coolers, Industrial Refrigeration Equipment, Industrial Refrigeration Systems, Key Features

1. Featuring compressors and pump brands from Europe, America, Japan, brand new and energy-saving with exceptional quietness.

2.精密电子温度控制器 for equipment, accuracy ±1°C, control range -85°C to +30°C.

3. Control of circuit interlock.

4. Equipped with phase sequence protection, power short-circuit protection, overload protection, high/low voltage control, frost protection, flow regulation, electronic time delay, and other safety devices.

5. When the device automatically detects an anomaly, the status indicator light displays the anomaly and triggers an alarm.

Industrial refrigeration unit, industrial refrigeration system, industrial refrigeration cooling machine, industrial refrigeration equipment, industrial cooling unit, industrial cooling system protection device

1. The main power safety switch is designed to cut off power urgently under abnormal conditions.

2. Control of control circuit interlocking.

3. Equipped with phase sequence protection, power short circuit protection, overcurrent protection, high and low voltage control, frost protection, flow control, and electronic time delay, etc., for safety features.

4. When the machine automatically detects an anomaly, the status indicator light illuminates to display the anomaly and trigger an alarm.

Industrial refrigeration units, industrial refrigeration systems, industrial refrigeration chillers, industrial refrigeration equipment, industrial refrigeration systems, widely applied in various industries

1. Chemical Industry

Primarily used for cooling down chemical reaction vessels (chemical heat exchangers), it promptly removes the ordinary heat generated by chemical reactions to achieve the cooling purpose, thereby improving product quality.

2. Manufacturing industry for plastic products, plastic containers, food packaging films, medical packaging films, etc.

In the injection molding process of plastic products (such as televisions, computers, washing machines, mobile phones, refrigerators, air conditioners, plastic toys, and automotive plastic parts, etc.), the timeliness and effectiveness of cooling (temperature reduction) directly affect the product's surface brightness and shape pass rate, thereby impacting consumption efficiency, cost, and corporate profits.

Plastic containers (blow-molded) and packaging film consumption are inseparable from refrigeration units (ice water machines). If plastic containers are not cooled and shaped promptly during consumption, the resulting containers will be unevenly filled, with inconsistent wall thickness and lackluster appearance, even failing to form properly, leading to poor product quality. In the consumption of packaging film, without cold water (or air) cooling and shaping, it's impossible to produce qualified products. By using the cold water (or air) provided by refrigeration units (ice water machines) for cooling, not only can the product quality be significantly improved, but the consumption efficiency can also be enhanced.

3. Electroplating Solution, Hydraulic Oil, and Machining Tool Coolant

During electroplating consumption, the electroplating solution continuously generates heat during the electroplating reaction, causing the temperature of the electroplating solution to gradually decrease. When the temperature of the electroplating solution exceeds the process requirements, it significantly affects the stability, uniformity, flatness, and brightness of the plated surface of the electroplated products. Choosing to use a refrigeration unit (chiller) to maintain or cool components at specific temperatures during the consumption process ensures that the performance parameters of the electronic components can be controlled at the designed state. Using water for cooling and maintaining a constant temperature of the electroplating solution will greatly improve the electroplating process and efficiency.

Cooling of machine tool cutting tool coolant and control of the tool blade temperature will directly affect the tool's service life and product quality.

4. Electronics Industry

During the consumption of electronic components, the components must be maintained or cooled at a specific temperature to control their performance parameters within the designed state.

5. Papermaking, textiles, brewing, food, machinery, beverages, vacuum coating, electroplating, central air conditioning, and various other fields. Also commonly used in centralized cooling systems, facilitating centralized management.