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Chiller Manufacturers and Companies

IQS Directory implements a thorough list of chiller manufacturers and suppliers. Utilize our listing to examine and sort top chiller manufacturers with previews of ads and detailed descriptions of each product. Any chiller company can design, engineer, and manufacture chiller to meet your companies specific qualifications. An easy connection to reach chiller companies through our fast request for quote form is provided on our website. The company information includes website links, company profile, locations, phone, product videos and product information. Customer reviews are available and product specific news articles. This source is right for you whether it's for a manufacturer of oil chillers, gas conditioner chillers, and hvca chillers.

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Cold Shot Chillers is a designer & industrial chiller manufacturer. Our products include liquid chillers, portable chillers, used chillers, stationary chillers, air-cooled chillers, cooling systems, industrial chillers, & water chillers. Our chillers are of the best quality, offered at low costs with long warranties. We serve plastic processing, food & beverage & metal finishing industries.
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ISO 9001:2008 certified, Thermal Care is a manufacturer specializing in chillers. We are able to provide our customers with a wide range of chiller solutions from off the shelf models to customized systems. With our outstanding customer service and high class products, our customers always walk away with what they need. Contact Thermal Care for your chiller needs today!
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In the world of chillers, products can get pricey. We realize that our customers spend large sums of money on their manufacturing equipment, which is why we strive to provide low-cost solutions for your every need. Although our prices are low, our quality is not. We promise to provide the highest quality products to every one of our customers. Contact us today for more info!
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We have manufacturing experiences dating back to 1952 and over the years Dimplex Thermal Solutions has grown in an international provider of high quality chillers. We operate out of an ISO-9001 facility and our teams work hard to bring you the very best chillers. Our teams will even work with you to create a custom chiller. Please give us a call today!
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Here at BV Thermal Systems we have over 35 years of successful chiller manufacturing experience and we are eager to meet all of your needs. Our solutions can be designed in a number of configurations including: benchtop chillers, fluid to fluid heat exchangers, rack-mount chillers, laboratory chillers, low temperature chillers and much more. We will work with you every step of the way to ensure you get the best chiller for your application.
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One size doesn't fit all! American Chillers are engineered to your exact specifications. Applications include Medical MRI, CT & Oncology, Hospital, High Tech & Computer Rooms, Brewery & Winery, Dairy, Cheese & Food Processing, Potable & Drinking Water, Plastics, Metal Finishing. Package, split & modular options. Contact US Today!
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Industry Information

Improve Your Bottom Line with a Chiller Upgrade

One of the biggest expenses in any factory or manufacturing capacity is the expense of a chiller. Keeping things cool is expensive and requires a high level of energy. New innovations are made every year in the technology and energy-efficiency of chilling equipment on the consumer and industrial level.

But did you know how much more cost-effective new chillers are than old chillers? One company in San Francisco was able to save over $1.3 million dollars each year once they switched to a new chilling system. This company switched out old absorption chillers for new energy-efficient electric chillers. The company also upgraded the chilled water distribution system. The addition of the new system also saved over $100,000 in maintenance costs each year and the company was able to recover the cost of the system in fewer than 6 years.

Generally, when a company upgrades their chilling system, it is down out of necessity and the goal is to save as much during installation as possible. However, a shortsighted view like that can actually cost a company big money in the long run. By considering the long-term, this company was able to take funds traditionally spent on their utilities and use them for upgrades in other aspects of the business to increase profits. One simple move of upgrading the chiller system enabled the company to benefit as a whole on multiple levels.

The idea of spending money now to save money later is not a new idea, but few companies actually implement this idea. However, as the San Francisco company shows, upgrading one system can actually have a positive impact on the company as a whole and increase profits permanently.

Chillers can be used either for air conditioning or for material and process cooling. Process chillers cool products and machinery in processes such as plastic injection molding, blow molding, metalworking, welding, die casting, chemical and pharmaceutical processing, food and beverage processing, lab equipment, photographic processing, medical imaging machines, gas cooling and lasers. In plastic forming, for example, chillers reduce cycle times in injection molding by quickening the cooling process. Chocolate manufacturers often use chillers to regulate the chocolate's temperature during processing to keep it from burning. Printing presses require chiller systems for rolling and pressing to reduce bleeding and stretching of photographs. Some specific types of industrial chillers and medical chillers include water chillers, recirculating chillers, absorption chillers, air cooled chillers, water cooled chillers, centrifugal chillers and screw chillers.


Chillers are machines that remove heat from liquids and release it into the atmosphere by means of a refrigeration cycle. The chilled liquid, also known as a coolant, is then directed to a heat exchanger to cool process equipment, air or another liquid. Chiller systems range vastly in size and design and may be fabricated as small, localized or portable chiller units for small applications or as large central chillers designed to provide cooling for entire facilities.

A chiller manufacturer will use either absorption or vapor-compression refrigeration cycles to produce their cooling effect. Both cycles use a refrigerant that strategically absorbs heat in one place as it evaporates and then releases heat in another place as it condenses. In most chillers this occurs in a four-stage cycle of pressurization, condensation, depressurization, and evaporation. First, the refrigerant vapor is pressurized, either by heating or by means of a compressor. Second, the refrigerant moves into a condenser comprised of a coil or set of tubes with either water or air circulating around it. The refrigerant vapor cools inside the condenser and changes into a liquid, rejecting a large amount of heat in the process. This heat is absorbed and borne away by the water or air flowing around it. Thirdly, the refrigerant liquid proceeds through an expansion valve that decreases the pressure and allows for evaporation to take place. The flash evaporation that occurs at the expansion valve cools the liquid drastically. Lastly, the cold fluid moves into the heat exchanger or evaporator, where the remaining liquid refrigerant evaporates as it absorbs heat from the process (direct cooling) or process coolant (indirect cooling). In recirculating chillers, the refrigerant vapor is then drawn into the first compression stage to start the cycle over again.

Chillers come in a variety of types. Absorption chillers use a heat source to drive the refrigeration cycle, while vapor-compression chillers use a compressor to drive the cycle. The advantage of the absorption model is that it requires much less electricity, and can be powered by heat sources that might otherwise be wasted, such as heat-producing machinery or solar rays. On the other hand, vapor-compression is a readily-accessible and time-tested technology with more versatility and easier installation. There are a number of different types of vapor-compression chillers according to the type of gas compressor they use, the most common being centrifugal compressors, screw compressors and scroll compressors. Portable chillers usually use scroll compressors because they are the most compact and quiet. Another distinction between chillers has to do with the condenser. Condensers can be air cooled, water cooled or evaporation cooled. Air cooled chillers facilitate condensation of the refrigerant by blowing ambient air over the condenser coil or tubes and exhausting the hot air into the atmosphere, or in some cases using it to help heat the facility during the winter. Evaporation cooled chillers operate in the same way as air cooled chillers, except they introduce a mist of water in the air, the evaporation of which makes the heat transfer more efficient. Water cooled chillers employ a flow of water to take heat from the refrigerant in the condenser. This is the most effective condensing method, but also requires a constant source of cool water, and in most cases also necessitates an outdoor cooling tower and a pump to get the heated water there.

When installing a chiller system, there are a number of important considerations. Foremost is cooling capacity. Industrial chillers are measured by their cooling capacity in terms of tons, each ton being roughly equivalent to the heat of fusion of one ton of ice, or 12,000 Btu/h. Capacities range from portable chillers with fractions of a ton to permanent multi-unit "plants" with cooling capacities of thousands of tons. Another significant decision is the sort of refrigerant; this will mostly depend on the range of temperatures the chiller will face. Common refrigerant choices include water, ammonia, carbon dioxide, sulfur dioxide, alcohol, brine and methane. Fluorocarbons, especially chlorofluorocarbons (CFCs) have also been used widely as refrigerants, but they are decreasingly common because of their ozone depletion effects. Other specifications to look at include condenser and evaporator flow rates, power source, cooling capacity, efficiency, location, compressor type and compressor horsepower. Most chillers also come with a local and/or remote control panel with temperature and pressure indicators and emergency alarms. When configured properly, chillers can provide simple and effective solutions for many process cooling and industrial air conditioning applications.

Chillers - General Air Products, Inc.
Chillers - Cold Shot Chillers
Chillers - Advantage Engineering, Inc.
Chillers - Thermal Care, Inc.
Chillers - Thermal Care, Inc.
Chillers - Dimplex Thermal Solutions

Chiller Types

  • Absorption chillers are liquid chillers that use heat to drive the cooling process by means of an absorption refrigeration cycle.
  • Air cooled chillers are chillers that use ambient air to facilitate the condensation of the refrigerant during the condensing phase of the refrigeration cycle. They are the most common chiller type of chiller.
  • Central chilled water units consist of air handling units fitted with chilled water coils and are utilized in air condition systems.
  • Centrifugal chillers are a type of vapor-compression chiller that uses a centrifugal compressor to drive the refrigeration cycle.
  • Chiller systems integrate a number of pieces of equipment in order to provide cooling for industrial processes or facilities.
  • Cooling systems are used to remove heat from an area.
  • Dedicated-process chillers operate year-round and are designed to provide specific, capacity-matched cooling protection and proper temperature/water flow. Dedicated-process chillers are the best choice for medical applications.
  • Evaporative cooled chillers are uncommon but highly efficient liquid chillers. Evaporative chillers maintain the lowest condensing temperatures, which range from 85° F to 105° F.
  • Fluid chillers provide process cooling using a secondary fluid.
  • HVAC chillers are often installed outside and are available in centralized and modular designs. HVAC chillers are used in industrial and commercial environments.
  • Industrial chillers are refrigeration systems that are used to chill various liquids in industrial settings.
  • Liquid chillers are refrigeration systems that remove heat from various liquids.
  • Liquid coolers are typically recirculating chiller systems which recycle the same refrigerant liquid within a closed loop.
  • Machine tool chillers lower the temperature of coolant that is used in the cutting zone and recirculate it back to the machine tool in a closed-loop system.
  • Medical chillers are self-contained chillers with higher pressure pumping, temperature stability and microprocessor controls.
  • Portable chillers are self-contained units and are useful in small and/or dedicated applications.
  • Process chillers are chillers specifically designed to cool materials and machines during manufacturing and other industrial and laboratory processes, as opposed to HVAC chillers that are specifically designed for air conditioning.
  • Recirculating chillers constantly circulate coolant in a closed loop, retaining high efficiency without wasting water.
  • Screw chillers are a type of vapor-compression chiller that uses a rotary screw compressor to drive the refrigeration cycle.
  • Water chillers consist of a compressor, condenser and chiller with internal piping and controls all contained within a single unit. The term "water chillers" refers also to an overall package that includes a refrigeration plant, water chiller and air or water cooled condenser.

Chiller Terms

Ambient - The surrounding environment, including temperature, pressure and/or humidity, coming into contact with a system or component.
Brine - Mineralized water consisting of sodium chloride, metallic and/or organic contaminants.
British Thermal Units (BTU) - A measurement unit reflecting the amount of heat needed to change the temperature of one pound of water one degree Fahrenheit.
Capillary Tube - Tube located between the condenser and evaporator that manages the refrigerant flow.
Central Chilling System - A chilling system that is self-contained. A central chilling system has more than one unit and more than one compressor but no pump tank set.
Chlorofluorocarbon (CFC)
- A gas consisting of chlorine, fluorine and carbon that has been used as a refrigerant in such items as liquid chillers. CFCs cause ozone depletion, because they do not break down upon release into the atmosphere, but mix with ultraviolet light to create carbon dioxide, and eventually ozone-eating chlorine radicals.
Coefficient of Performance (COP) - The measurement of a refrigeration system's efficiency that compares the system's cooling ability with the heat input necessary to attain such cooling. COP is calculated by dividing a system's cooling ability by the system's heat input and is expressed in BTU/hr.
Compressor - A device that increases pressure on a gas through the act of pumping. Compressors are responsible for the compaction of the vaporized refrigerant to a pressure level suitable for liquification, which occurs in the condenser.

Condenser - A device that removes heat via forced air, water coil, etc., in order to convert a high pressure gas into a lower pressure liquid. Condensers remove heat from the compressed vaporized refrigerant, at which point, the refrigerant returns to a liquid state.

Control Center - The central part of a refrigeration system in which the system is operated and maintained.
Coolant - A liquid used to remove heat.
Energy Efficiency Rating (EER) - Indicates the efficiency of an air conditioner or cooling system by comparing the amount of energy needed to produce cooling with the quality of the system's cooling ability and is calculated by dividing the system's BTU by its wattage. For example, if a cooling system maintains 20,000 BTUs and uses 1,500 watts, the system's energy efficient rating would equal 13.3.
Evaporator - Consists of a tube inside which the refrigerant soaks up heat from it surroundings, boils and changes to a vapor.
Expansion Valve - Mechanism located between the evaporator and condenser that controls the refrigerant flow into the evaporator and controls the temperature of the evaporator.
Filter Drier - Removes moisture and contaminants from vaporized refrigerants.
Heat Exchanger - A device that transfers heat from one fluid to another without mixing the fluids. (Heat Exchangers)
Hydrochlorofluorocarbon (HCFC)
- A substance containing chlorine, fluorine, carbon and hydrogen that is used as an alternative to CFCs as a refrigerant and a propellant. HCFCs produce fewer effects on than ozone layer than CFCs do.
Hydrofluorocarbon (HFC)
- A substance containing hydrogen, fluorine and carbon that is used to replace CFCs and HCFCs because of HFCs lack of effect on the ozone layer. HFCs produce no ozone depletion because the substance does not contain chlorine, which breaks down the ozone layer.
Laser Cooling - A process that utilizes light to cool atoms to a very low temperature.
Ozone - A molecule containing three oxygen atoms that absorbs ultraviolet radiation in the stratosphere. Ozone also remains a harmful component of smog and can contribute to lung damage and respiratory problems.
Ozone Depletion Potential (ODP) - A relative measurement of a substance's negative effect on the ozone layer as compared to the effects of CFC-11, which has an ODP of 1, on the ozone. For instance, a substance with an ODP of 2 can potentially cause approximately twice the ozone depletion as CFC-11 could.
Ozone Layer - Also referred to as the stratospheric ozone, it is the protective atmospheric layer in the stratosphere, located 12-30 miles (20-50 kilometers) above sea level, in which ultraviolet radiation is absorbed.
Receiver - The storage area for condensed liquid refrigerants.
Refrigerants - Liquids that produce cooling upon evaporation.
Refrigeration Ton - Unit equal to 12,000 BTUs that refers to the size of the chiller unit.
Sight Glass - A window in a refrigeration system through which specialists can view the inner workings of the system.
Solenoid Valve - Mechanism in a refrigeration system that controls the flow of refrigerant, especially into the expansion valve.

Total Equivalent Warning Impact (TEWI) - The total amount of carbon dioxide that a refrigeration system can produce throughout its lifetime.

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