An industrial chiller is a machine that achieves refrigeration through vapor compression or absorption cycles. These liquids can flow through a heat exchanger to cool the air or equipment. A chiller is a water cooling device that can provide constant temperature, constant flow, and constant pressure.
The principle of a chiller is to inject a certain amount of water into the internal water tank of the machine, cool the water through the chiller refrigeration system, and then the water pump inside the machine injects low-temperature frozen water into the equipment that needs to be cooled. The chilled water takes away the heat inside the machine and returns the high-temperature hot water to the water tank for cooling. In this way, the cycle exchange cooling can achieve the effect of cooling the equipment.
Chillers water cooler are widely used in various industrial refrigeration processes such as plastics, electroplating, electronics, chemicals, pharmaceuticals, printing, food processing, etc., where chilled water is needed, or they can also provide comfortable air conditioning for villas, restaurants, hotels, offices, schools, factories and other human activity spaces.
Due to the wide range of uses and fields of application of chillers, it is impossible to list them one by one here. The following is a brief introduction to the most applicable industries where chillers are used in the industrial industry:
1. Chemical industry
It is mainly used for cooling chemical reactors (chemical heat exchangers), timely taking away the huge heat generated by chemical reactions to achieve the purpose of cooling (cooling) to improve product quality.
2. Manufacturing industries of plastic products, plastic containers, food packaging films, medical packaging films, etc.
In the injection molding process of plastic products (televisions, computers, washing machines, mobile phones, refrigerators, air conditioners, plastic toys, automotive plastic parts, etc.), whether it can be cooled (cooled) in a timely and effective manner will directly affect the surface finish and appearance qualification rate of the product, thereby affecting production efficiency, production costs and corporate profits.
The production of plastic containers (blowing bottles) and packaging films is even more inseparable from chillers (ice water machines). If plastic containers cannot be cooled and shaped in time during the production process, the produced containers will not be full, the wall thickness will be uneven, the color will not be bright, and they may even fail to form, resulting in low product quality. If there is no cooling and molding of cold water (wind) in the production of packaging film, qualified products cannot be produced.
If the cold water (wind) provided by the chiller (ice water machine) is used for cooling, it can not only greatly improve the product quality, but also improve the production efficiency.
3. Cooling of electroplating liquid, hydraulic oil and machine tool cutting tool coolant
In electroplating production, the electroplating liquid continuously generates heat in the electroplating reaction, so that the temperature of the electroplating solution gradually increases. When the temperature of the electroplating solution exceeds the process requirements, it has a great impact on the firmness, uniformity, flatness and surface finish of the surface coating of the electroplated products produced.
Choosing to use the frozen water provided by the chiller (ice water machine) to cool and maintain the constant temperature of the electroplating solution will greatly improve the electroplating production process and production efficiency.
The cooling of the machine tool cutting tool coolant and the control of the tool blade temperature will directly affect the tool life and product quality.
4. Pharmaceutical industry
The pharmaceutical industry is mainly used for the control of temperature and humidity in the production workshop and the removal of reaction heat in the production of raw materials.
5. Electronics industry
During the production process of electronic components, the components must be kept or cooled at a specific temperature so that the performance parameters of the electronic components can be controlled within the designed state.
Post time: Jun-06-2024