Plastics Process Cooling Equipment Plastic products and production processes are a big part of our lives today. Everything from everyday items such as plastic plates, cups, silverware, to advanced medical and even construction and heavy industry applications, rely on safe, consistent, and clean plastics production processes. Plastics are all around us. And because of this fact, keeping plastics production processes cool, clean and safe throughout a demanding operation is essential for the success of plastics manufacturers. Plastics molds are capable of sweating during the production process, which can often result in deformities or spots in the final product. Plastic chiller is the definition of industrial chiller or process chiller using for plastic processing machinery. Plastic chiller is the definition of industrial chiller or process chiller using for plastic processing machinery. For plastic chillers, generally there are air-cooled chillers and water-cooled chillers depend on your requirements. Oumal is the best plastic chiller manufacturer and supplier in China for over 15 years of experience. Our high-quality plastic chillers (air-cooled chiller and water-cooled chiller) are commonly used in plastic and rubber process machines including injection molding machine, bottle blowing machine, blowing molding machine, plastic extrusion, vacuum thermoforming machine, casting film machine and other packing machines. The plastic industry chiller is used in extruding pipes, plastic molding, and mold cooling. It can effectively improve the surface finish of plastic products, reduce surface marks and internal stress of plastic products, so that the product does not shrink or deform, which is beneficial to the demolding of plastic products. Accelerate product molding, thereby greatly improving the quality of plastic products and increasing the production efficiency of the molding machine. The plastic industry chiller and plastic equipment form a refrigeration cycle system, so it can save water. Because of its simple structure, energy saving, environmental protection, convenient use and installation, simple operation, it has the advantages of safety and reliability.   Application range: injection molding machine, extruder, bottle blowing machine, pelletizing machine, setting machine, rubber mixing machine, film blowing machine, bag making machine and other plastic and rubber machinery. For example, in the injection molding of the plastics industry, the plastic industrial chiller is an indispensable auxiliary equipment. The purpose of the industrial chiller in the injection molding industry is to inject the plastic pellets into the mold after being heated and melted. In the continuous production process, the mold needs to be cooled to shorten the plastic setting time, improve the dimensional accuracy, molding quality, surface smoothness of the workpiece, and more importantly, greatly improve the production efficiency! Plastic Processing Chillers...

Welding, electroplating and anodizing chillers for metal finishing The finishing of forged metal parts is critical to the manufacture of high-quality products that can withstand the rigors of industry and commerce. The metal finishing process usually generates a lot of heat energy. If the heat is not properly dissipated, it will seriously affect the quality of the final product. There are several industrial cooling options to accommodate the heat generated during the finishing of these metals. The metal finishing chiller is used in laser cooling, anodizing, paint and powder coating, quenching cooling, furnace cooling. Induction furnace coil cooling, die casting cooling, electric welding, etc. For metal cooling systems using air-cooled or water-cooled chillers, the temperature change in the anodized container is detected by a thermal sensor installed in it. Industrial chiller manufacturers like Oumal chillers can provide highly efficient metal finishing chillers for various metal finishing applications. Anodization (electrochemical metal oxide deposition), electroplating and welding processes all generate a lot of heat, so a water cooling system is required. Anodizing of metal parts refers to the process of covering the outside with a metal film. The metal component to be processed is called the anode of an electrolytic cell, which also contains a cathode made of another element, which is immersed in a chemical bath. When current passes through the device, it removes metal ions from the cathode and deposits on the anode as a thin film. The thickness of the deposited layer depends on the duration of the anode exposure in the charged bath. As mentioned earlier, the anodization process will generate a lot of heat, which needs to be removed from the process to ensure effective and uniform metal oxide deposition. When the heat generated by the anodizing process starts to rise above a predetermined level, the control valve in the chiller system will open, allowing the coolant to flow through the heat exchanger, causing the internal temperature to drop. When the optimal temperature range is reached, these valves will also automatically close, thereby preventing overcooling of the electrolysis process. You can use Oumal's metal finishing chiller to keep the anodizing temperature at an optimal level. This effect can be achieved by using air-cooled chillers or water-cooled chillers and electrochemical cells. Application of metal Finishing chiller The metal finishing process usually generates a lot of heat energy. If the heat is not properly dissipated, it will seriously affect the quality of the final product. There are several industrial cooling options to accommodate the heat generated during the finishing of these metals. Below is an overview of some applications that require the use of metal finishing coolers. Welding, electroplating and anodizing chiller for metal finishing Laser cooling, anodizing, paint and powder coating, quenching cooling, furnace ...

Water chiller is used to cool the reactor In the pharmaceutical industry, the reactor is widely used as a reaction vessel. It is the most important reaction equipment in the pharmaceutical and chemical production process. With the market’s higher requirements for product quality, the temperature control of the reactor has become a very critical technology. Internal temperature control also requires more intelligence and precision. When reacting in a low-velocity vessel, temperature changes have little effect on thermal efficiency. In a high-velocity reaction, the flow rate increases, which is easy to cause short circuit at the inlet and outlet. In addition, the heat transfer medium stays in other positions of the reactor, which will also cause slow heat transfer. , So that the inside and outside of the jacket of the reactor is heated unevenly, and the thermal efficiency is reduced, which leads to a decrease in production efficiency and production, and serious safety accidents occur. Let’s look at the structure and technology of the reactor again to accurately control the temperature. Usually two valves are used to adjust the temperature of hot and cold water, and then the mixing device in the container is used to evenly mix the materials. When the temperature rises, hot water is introduced through the valve. , If the temperature drops, let in cold water. Keep the temperature in the kettle constant to deal with the reaction phenomenon of a large amount of heat absorption and exotherm. The equipment that provides low temperature control of the reactor is the water chiller, which provides stable cooling water to the reactor to ensure stable temperature control of the reactor. We provide air cooled chillers, water cooled chillers, air cooled screw chillers, water cooled screw chillers for your optional Industrial chiller using on other device cooling in medical industry Medical chillers Used in high tech equipment for magnetic resonance imaging, scanning, blood cooling and laboratory testing. The hospital MRI units need to be cooled to operate properly. A chiller, or water cooled refrigeration condenser, is one of the most efficient ways to remove an MRI machine's generated heat. The amount of heat a chiller can remove per hour is commonly measured in either BTUH (British Thermal Units per Hours) or KWH (Kilo Watts Per Hour). Typical chiller units remove a range of heat, via water, from 2 KWH all the way up to 1.2m KWH. In the medical industry, there are a number of machines that are used such as X-ray, Linear Accelerators and MRI machines (Magnetic resonance imaging). These machines often get hot whilst in operation and require cooling from a chiller to ensure efficient performance. Oumal Chillers offers a variety of chillers suited to diverse medical applications such as: • Radiotherapy Chillers • MRI Chillers • CT Chillers • Blood Bank Refrigeration • Custom Linear Accelerator Chillers • Laboratory Operations, and more. Our medical equipment ...

Standard & Custom Water Chillers for Food Processing Oumal Chillers offers a variety of sizes and configurations to meet any budget and cooling demands for food process and bakery applications. For the best in industrial water or industrial air cooled chillers for your commercial bakeries and more, please contact us to make the best solution. We specialize in designing and manufacturing chillers for the food and beverage industry. Water chillers for food processing are among the most used chilling systems for food and beverage producers and distributors. Food processing chillers use a heat exchanger to help cool heat-producing process elements. An air-cooled chiller system or water-cooled chiller unit can be used to expel process heat depending on the needs of your application. Some specific applications of our chillers: Direct Cooling or Indirect Cooling Applications : Fresh Produce Seafood, Fish Pasta Frozen Foods Pouches vegetables Personal Healthcare Ice Cream Yogurt/Cheese Beer/Wine/Juice Pork/Red meat Dairy, Milk Poultry Tequila Wine Beer Beverage Industry In the beverage industry, a chiller removes the heat gained from the process during mixing, cooking, or after pasteurizing the product. The process of making wine has evolved into one of most scientific processes in the beverage industry. We provide custom chilling and controls systems to everything from the simple to the advanced winery. Whether you're planning to enhance your existing process or want to expand your operation, let us help to choose the right chilling system solution for you. Wineries have multiple uses for chilled glycol including: Storage Tank Cooling- chilled glycol is circulated through a cooling jacket to control juice temperature. Grape Cooling- After the grapes are crushed the juice can be circulated through a plate heat exchanger, chilled down, and then returned to the fruit totes. Room Cooling- Chilled glycol is circulated through an air/glycol heat exchanger for product storage cooling 

Brewing high-quality beer requires a strict distillation process and strict temperature control. If the beer cannot be cooled properly, it will cause oxidative damage and unpleasant aroma due to the formation of dimethyl sulfide (DMS). For a novice who knows little about how to properly adjust the temperature of beer, this may be a special order. Depressing things. Fortunately, there are various cooling systems that can help brewers avoid brewing inferior beer. Brewery chillers manufactured by Oumal is one kind of glycol chiller that is specially designed for cooling brewery industry. Brewery chillers and cooling systems are most necessary part of the brewery process A glycol chiller for brewery systems circulates supercooled glycol around a closed circuit. This closed loop is comprised of tubing that connects to the input and output sections of the chiller unit, and the heat exchanger. To cool wort, the glycol then circulates through the heat exchanger, cooling the vessel.   Application of chiller in beer production The raw grains in brewing need to be quickly cooled to a set temperature after being boiled to ensure the taste of the beer and shorten the process time. This requires the use of a chiller to realize this process. The special industrial water chiller for beer brewing needs to adjust the temperature of the outlet water to -1℃, 0-10℃, 8-13℃, four stages. They are used to: 1. During the beer brewing saccharification process, the clarified wort enters the cooler of the cooling system and is cooled to 5-8°C. 2. After cooling, the wort is added with yeast and sent to the fermentation tank or fermentation tank for fermentation, and the temperature is controlled within 8-13°C through the coil in the fermentation equipment. 3. In order to make the semi-finished beer mature, send it to the storage tank and cool it to about 0°C. 4. In order for the finished beer to reach the clarified state of the liquor during filling, it needs to be filtered at about -1°C. Oumal chiller has complete chillers, refrigeration systems, brewery cooling systems and will not be affected by high temperatures and the environment. Oumal chiller is a experience of design and making brewery chiller and various brewery cooling systems for your application.

The concrete mixing Batching plant is a combined device used to mix concrete in a centralized manner, also known as a concrete precast plant. Because of its high degree of mechanization and automation, the productivity is also high, and it can ensure the quality of concrete and save cement. It is often used in large and medium-sized water conservancy, electric power, and bridge projects with large concrete works, long construction periods, and concentrated construction sites. With the development of municipal construction, the use of centralized mixing and mixing plants that provide commercial concrete has great advantages, so it has been developed rapidly, and it has created conditions for the promotion of concrete pumping construction and the realization of the combined operation of mixing, conveying, and pouring machinery. Large-scale hydroelectric dams, nuclear power, high-speed railways, and large-volume foundations of high-rise buildings require low-temperature concrete. In the process of concrete mixing, the internal volume of the heat of hydration of concrete increases, especially under high temperature conditions, the heat generated by mixing is higher. In the future curing or low temperature, the internal volume of the concrete will be caused by thermal expansion and contraction. As the volume decreases, cracks usually appear during this process. Therefore, the initial pouring temperature of concrete should be low, reaching the limit temperature of the architectural design unit, so as to ensure the quality of the project. Low temperature industrial chiller will be used to cool the concrete during construction! Water conservancy projects are mostly large-volume concrete. It is necessary to reduce the heat of hydration of concrete. Lowering the pouring temperature of concrete is a very effective means. Low temperature water can be produced through industrial chiller equipment to reduce the temperature of concrete. The temperature of concrete can drop below 20 degrees. We provide low temperature chillers (Air cooled or water cooled chillers, Screw chillers for your concrete chillers need.)