Industrial Chillers
Industrial Chillers manufacturer are glad to introduce our Coolfab Equipments Pvt Ltd is an certified company & pioneer in Design, Manufacture, Supply , Installation and Servicing cum Exports of All types of Cooling Towers, Industrial chillers. We aim at satisfy the needs and provide a complete solution to process engineering and utility requirements, In the field we named as best Chillers manufacturer.Industrial water-cooled chillers use water in the chilling process. They have a separate cooling tower to remove heat from the refrigerant.
Building process chillers for industrial applications, we help keep your equipment cool even in the heat of production. Our industrial chillers come as a complete packaged unit that can simply be dropped in place and turned on. The internal tank helps maintain a cold-water temperature to ±1°F to prevent temperature spikes, no matter how many processes are operating. You can count on us to build reliable and custom solutions for every industrial process cooling application. Our chillers take the heat,and then returns the warm liquid to the chiller. By eliminating the heat using the process water, your equipment stays cool. Process industrial chillers have four main components, each playing a vital role in the cooling process:
INDUSTRIAL CHILLER APPLICATIONS
They help maximize the lifetime of your components and keep your production moving. Process chillers are different than standard HVAC systems that you have in your home or office. A pumping system directs cool fluid from the chiller to your process to remove heat, and then returns the warm liquid to the chiller. By eliminating the heat using the process water, your equipment stays cool. Process industrial chillers have four main components, each playing a vital role in the cooling process:
Our industrial chillers use process cooling to draw heat away from your equipment during production. They are ideal for a variety of industries and applications, including:
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Evaporator: As the first step in the cooling phase, process water enters the evaporator, and the heat starts to boil the refrigerant, which transforms it from a low-pressure liquid to a low-pressure gas.
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Compressor: Inside the compressor, the gas converts from low-pressure to high-pressure before traveling to release its heat in the condenser.
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Condenser: Ambient air or condenser water cools the high-pressure gas, condensing it back into a low-pressure, low-temperature liquid.
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Expansion Valve: Finally, the liquid refrigerant travels to the expansion valve and enters the evaporator and begins the cycle again.
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Plastics, such as injection molding
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Food and beverage
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Pharmaceutical and chemicals
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Commercial printing
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Transportation manufacturing
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Metal finishing
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Composite manufacturing
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Laser cutting
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Machine tooling and die-cutting
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Semi-conductors