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What Size of Industrial Chiller Do You Need

If you’re looking to take your facility to the next level, then investing in an efficient chilling system is a must. Don’t let the abundance of machines and their types confuse you — differentiating between systems, chiller sizing, and finding the right one for you and your company will become a breeze with our guide. 

To understand the nuances of industrial chillers, let’s dive into what they are and their uses.

What Is an Industrial Chiller?

Put simply, industrial chillers are technologies that extract heat and assist in cooling industrial machines of all kinds.This process works through a heat transfer that starts when water enters “the evaporator from the primary return” which leads to the transfer of water from the refrigerant.

The chiller is essential for cooling equipment and technology that uses HVAC. These industrial chillers expend a significant amount of heat. This issue of where excess heat goes is solved via two means of chilling systems:

1. Air-Cooled Chiller

  • The condensers use environmental air for the chilling process

2. Water-Cooled Chiller

  • The condensers use a cooling tower for the chilling process

Which Chiller Is Best for Your Facility?

According to HVAC Investigators, water chillers tend to be more reliable and last longer than their air-cooled counterparts: “water conducts heat better than air.” The lifespan of water-cooled chillers makes them better for “medium and larger facilities,” such as hospitals. 

The key factor in these chilling systems is their water supply. To efficiently use a water-cooled system the facility must have a steady supply of water to fuel the chiller. Smaller facilities tend to opt for an air-cooled chiller because of its smaller size. If there isn’t enough water or a large enough space, you will not get the benefit of a water-cooled chiller. 

As such, it is better to opt for an air-cooled chiller system that provides efficient and reliable chilling to facilities such as business buildings and restaurants. When choosing the right industrial chiller, it’s important to consider the processes that each machine uses for heat expenditure. 

Understanding their uses and your needs ensures proper chiller sizing for your facility. Both air- and water-cooled chillers provide effective chilling systems. You can find more in-depth information about chilling products on our KKT Chiller website.

Chiller Sizing

Now that we understand how chillers function and in which facility they thrive, it’s time to unpack more about chiller sizing. At KKT, with over 30 years of experience, we offer a variety of sizing options for chillers. 

Listed below are the products that work best for your specific needs:

Nema-Line: 1-7 kW

  •  Made perfectly to fit in compact spaces, if you’re tight on space, don’t compromise the chilling effect.

Vario-Line: 6-28 kW

  • The Vario-line will ease your worries about capacity loads as it will automatically adjust to suit the load. This chiller is more energy-efficient and is perfect for cost-saving and efficient cooling.

Compact-Line: 30-200 kW

  • Strong performance efficiency and, just like its name, it’s compact so you won’t have to worry about space.

KSC 215 L-US: 60 kW

  • This made in Germany chiller is the right fit for health care facilities

Contact us for a more in-depth look at personalized chiller sizes for your facility. 

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MRI Chillers: Answers to Common Questions

MRI Chillers: Answers to Common Questions

A magnetic resonance imaging (MRI) is a noninvasive medical test that uses powerful magnets and computer imaging to create accurate body scans. Through an MRI scan, physicians can examine vital organs by evaluating a detailed visual rendition through a series of shots called “slices” of the organs. 

These “slices” can be seen on a screen, stored on a CD or uploaded to the cloud. Since an MRI does not use X-rays, MRI scans are considered clinically safe to be performed on pregnant patients. 

How Does an MRI Machine Work? 

A patient lies on a moveable bed that is then inserted inside a chamber to perform an MRI. Depending on the machine’s make and model, an MRI machine can look like a narrow tube or a more open cylindrical machine. Once the patient is inside the machine, the powerful magnetic coils in the machine are activated, creating a magnetic field around the patient. 

This magnetic field coupled with radiofrequency signals alters the hydrogen atoms in the body. Once these hydrogen atoms realign, they send out radio signals transmitted back to the computer, which analyzes these signals and turns them into images. 

What Is Quenching, and How Can It Be Avoided? 

To create the magnetic field that is responsible for rendering the MRI slices, the MRI magnetic coils must be thermoregulated at -270 degrees Celsius. The MRI components cannot achieve this temperature by relying on the room temperature even with an efficient HVAC.

The MRI machine has a refrigeration system that uses compressed helium to supercool the magnetic coils to accomplish this cryogenic state. In some cases, helium escapes from the chamber and results in a sudden increase in temperature. 

This overheating can significantly impact the capability of the magnets to produce a strong enough magnetic field. This process is called quenching, and when the temperatures are not controlled, it could result in machine breakdown wherein the magnets become totally resistant and could translate to millions of dollars in losses. 

What Are MRI Chillers?

An MRI chiller is a machine that keeps the MRI scanner components within the optimum temperature range of -270 °C. To produce high-quality images, an MRI machine expends a lot of energy, which raises the temperature inside the machine. Without an MRI chiller, this increase in temperature can result in overheating. 

MRI chillers work to keep the electromagnetic components cooled so that they can function optimally. An MRI chiller cools down the magnetic coils inside an MRI machine by supplying it with coolants. 

MRI chillers can either be air-cooled or water-cooled, depending on how the chiller transfers heat. Air-cooled MRI chillers are more efficient in settings with low water pressure or a limited water supply as these systems utilize the surrounding air to create a coolant and transfer heat.

Some MRI chillers are also equipped with built-in diagnostic capabilities to alert you for any system issues that might disrupt MRI scans. 

How Does an MRI Chiller Work? 

An MRI serves to cool down the magnetic coils and the compressed helium. An MRI chiller provides the MRI machine with the coolant it needs to maintain its cryogenic state to prevent overall system breakdown in case of a potential helium leak. 

Not only does an MRI chiller cool the magnetic coils, but it also functions to maintain temperatures on the cryocooler as well. An MRI chiller makes sure that your MRI machine’s components are thermoregulated in case of emergency or when the built-in cooling system has to be taken down for repairs. 

With an efficient MRI chiller in place, you can save millions in repairs and damages that could have resulted from the MRI machine overheating or quenching. 

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What Refrigerants Do Medical Chillers Use?

Medical chillers are essential for the safe and proper function of complex medical machines. Essentially, chillers work to regulate the temperature of important medical equipment. 

For example, an MRI machine is one piece of medical equipment dependent on chillers to function properly. Read on to learn more about professional medical chillers, why medical facilities need them, how they work, and what kind of refrigerants they require.  

Why Do Hospitals and Medical Facilities Use Medical Chillers? 

Magnetic resonance imaging or MRI is a medical imaging technique that uses a magnetic field and computer-generated radio waves to produce images of organs and tissues in the body. With nearly 40 million MRI scans performed each year, MRI machines must function properly. 

These machines are truly vital to patient care, and that is why hospitals and medical facilities are in such need of medical chillers. 

How Do Professional Medical Chillers Help MRI Machines? 

The MRI machine’s magnets must remain cool at all times. The ideal temperature for an MRI scanner is about -270 °C or -450 °F. For MRI machines to continue to function correctly, they must remain within this temperature range. Ultimately, the use of professional medical chillers allows the MRI machine to stay cool and function properly. 

It’s also important to keep in mind that these MRI scans consume a great deal of energy and generate a considerable amount of heat through their internal components. Therefore, if the temperature is not maintained within the specified limits, the MRI machine can quickly overheat and malfunction during a scan. 

Sadly, any malfunction of this nature greatly hinders a patient’s care. Therefore, it is essential that medical chillers are utilized properly to ensure patients receive high-quality care.

How Do Professional Medical Chillers Work?

Professional medical chillers are vital for proper medical equipment functions. This, in turn, also makes them essential to patient care. So, how do medical chillers really work? 

Well, the magnets inside the MRI machine need constant cold running water to keep them cool. The constant running water ensures that the medical MRI machine will continue to run efficiently as the low cooling temperature is achieved through the circulating liquid helium around the machine’s magnetic coils. 

Both air-cooled and water-cooled medical chillers can be utilized in the process of running cold water around the MRI’s magnet to ensure that the magnet coils remain within the correct temperature range. 

While both air-cooled and water-cooled medical chillers can be used with MRI machines, they do not act in the same manner. Instead, the different systems transfer heat to different areas. 

Water-Cooled Medical Chillers

  • Water-cooled chillers transfer heat to a water source. 
  • This water source can be a plant chilled water system or a cooling tower. 

Air-Cooled Medical Chillers 

  • Air-cooled chillers transfer heat to the surrounding ambient air.
  • Air-cooled chillers work great for facilities that don’t have access to a water source.

Common Types Refrigerants Used in Medical Chillers 

Medical chillers also require refrigerants to function properly. A refrigerant is a working fluid that undergoes a repeated phase transition from liquid to gas and back. This process allows medical chillers to maintain the temperature of equipment. The following are two common types of refrigerants used in medical chillers. 

  • R-134a Refrigerant

The R-134a refrigerant, also known as Freon 134a, is a type of refrigerant that possesses completely stable thermal characteristics. It is used in KKT Chillers’s Nema-Line.

  • R-410A Refrigerant  

The R-410A refrigerant, also known as Forane 410A, is a non-flammable hydrofluorocarbon blend. It is toxic and requires precise handling and storage. It is used in KKT Chillers’s Vario Line and the Compact Line.

Consult With the KKT Chillers

If your facility is in need of a new chiller system, KKT Chillers can provide you with the chiller system you need. At KKT Chillers, we have installed chillers worldwide and are happy to provide service to clients in adverse conditions. Contact us today to find out more about professional medical chillers. We look forward to hearing from you!

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How Do MRI Chillers Work?

Magnetic resonance imaging, or MRI, is a diagnostic technique used by complex, powerful medical machines of the same name. These machines work by emitting radio waves and recording the resonant results. This allows medical staff to highlight the internal abnormalities in patients and target specific injuries of concern. 

The MRI process requires a great deal of power to operate reliably, which carries significant thermal demands. Without specific cooling measures, the internal components would quickly overheat, causing potentially irreparable damage to the MRI machine and leaving its users without a vital diagnostic tool.

Malfunction of an MRI machine can be highly detrimental to a medical center’s business and reputation, no matter the size of the facility. The revenue stream can be adversely affected in the case of machine failure. Patient satisfaction, reliability and revenue flows are factors which can make or break a running business.

What are MRI Chillers and How Do They Work?

While traditional HVAC cooling may keep an office or hospital comfortable for patients, the temperatures reached by an MRI scanner mid-use pose a problem that even the most efficient air conditioning system won’t solve. 

MRI chillers are purpose-built components and systems that are made to react to the demands of sudden temperature changes, and designed to keep those changes within a safe range of tolerance. Depending on the model in use, an MRI chiller may use condensed helium, injected water, air jets, or a hybrid of several applications to keep an in-use MRI machine from overheating. 

The magnet in the MRI machine is the component which produces strong magnetic fields for resonance imaging. To ensure accurate imaging, the magnet needs to be constantly maintained at a temperature of -270 degrees celsius. 

MRI chillers have an inbuilt device called a ‘cold head’. This condenses the helium back into its liquid form after the MRI magnet is cooled with a specialized compressor unit called the cryocooler. 

Another series of heat exchangers help to cool the cryocooler. This is imperative as the MRI machine will overheat if the temperature of the helium increases. Without the appropriate cooling in place, the helium will vaporize and leak through the safety valves, leading to irreparable damage of the magnet.

How Do MRI Chillers Help?

The dedication and expertise of medical professionals rely on trustworthy diagnostic methods and tools. Without an MRI chiller, an MRI machine would keep temperatures that would shorten or even end the lifespan of a valuable piece of equipment prematurely. 

Besides longevity, unregulated heat from an MRI machine could pose a threat to patient well-being, cause a facility HVAC sensor to malfunction, or demand an outsized financial burden from inefficient electricity use. 

While these consequences may not be dire in the short term, the investment in an MRI machine is crucial, and without a functioning machine, nearly every aspect of medical care at a facility is negatively impacted.

How Do I Find the Right MRI Chiller?

Much like any specialized component, an MRI chiller must align with the size, power, and usage of the machine it supports. Unlike some medical equipment enhancements, the “something is better than nothing” adage doesn’t apply here. 

A chiller must be able to meet the demands of the MRI machine it is incorporated into. Relying on a professional MRI chiller provider to assess, recommend, install, and maintain your MRI chiller is extremely important. 

Remember, using one isn’t a matter of enhancing an existing machine. It is a necessary step to ensuring both its operation and results remain safe, functional, and reliable.

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Best Chillers for Your PVD/Vacuum Coating System

Arguably the “temperature failsafe” of any thermal spraying operation, thermal chillers are a key component in efficiently coating your target surface while protecting your spraying equipment. Some chillers use water, and some use air. Many are split systems, and others are a single appliance. 

However, the primary goal for each chiller is the same: work well with the thermal spray equipment to adequately cool when and where cooling is necessary. 

There are a few key features that put a thermal spray chilling system in the lead in terms of “best chiller,” and it all comes down to what kind of chiller will provide an even surface of thermal spray and mitigate the most heat risk. 

This comes down to two key facets of operation:

  • Versatility
  • User Temp Control

The Best Kind of Chiller System Works Alongside Different PVD Styles

There are a few more common ways in which PVD systems distribute fine particles over a given substrate. HVOF distributors combust gases usually (hydrogen, kerosene, methane, propane or propylene) at high speeds for a very thick coating. This kind of thermal spray fixes larger, thicker surfaces.

Plasma spraying uses a DV arc and heated jet to melt and ionize the powder, and this kind of thermal coating is great for surfaces that require high melting-point substances. Sometimes considered the most efficient form of thermal spraying, arc spraying melts two consumable wires around an electric arc, and compressed gas shoots them forward.  

While this is not a conclusive list, it shows just how different various thermal spray methods can be from each other. There are different gases involved in each process, as the substrate in each case is assumed to change. Various tools have different nozzles, different tubing, various optimal spray differences, etc. 

A good chilling system is adaptable and can work with the different methods of thermal spraying presented. While this versatility can be difficult to find as a lone factor in the wild (market), some companies pride themselves on chillers that are widely used and have good feedback. 

It Helps to Know What Temperatures Work Best With Your System

The principal goal you’re going for when you use thermal spraying is a surface that is both even and sticks well to the surface it is being applied toward. This is true no matter what kind of method you use. 

Another thing that is constant between all methods is the fact that you are looking for a balance in temperature that will allow whatever powder consumable or wire consumable, etc, to be reduced down to the finest particles that it can be reduced down to before spraying while also making sure that your nozzle doesn’t melt!

The absolute best chiller systems are efficient — they work rapidly to cool when you deem it necessary. You want sensor feedback that lets you know if you’re straddling a temperature threshold on either side, and you want to quickly regain control.

So, while the best chiller is a more versatile type, the best chiller and chiller system is one that uses efficient chemicals alongside giving you all the control you need. For a thorough assessment of what your chiller needs might be, consider consulting with an expert!

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How Chillers Improve the Productivity of Your Thermal Spray Equipment

If you’re not using thermal spray chillers, your output and productivity could be suffering. Chillers are key to effective thermal spraying. There are many chillers on the market to suit most companies, and what you’ll need will depend on the size of your company, output, and business needs. 

If you’re looking to improve productivity, then thermal spray chillers will do just that. By cooling crucial components of your spray equipment, your machinery will work more efficiently. A chiller helps to avoid unnecessary interruptions to your operations, which can be costly and affect your productivity. 

If you are still analyzing the benefits of chilling equipment, this article may help.

How Chillers Work

The temperature of a spray tip is key to creating consistent high-quality products. Controlling such high temperatures is impossible without a cooling system. With precise control, you can prevent damage to nozzles. Controllers allow you to program a chiller to be energy efficient and prevent damage to your machinery. 

Thermal spray chillers work by delivering water to the nozzle, which provides a consistent temperature and pressure. This means that your finishes will also be consistent, leading to superior products.

Without a chiller, your thermal spray equipment can be susceptible to damage caused by overheating or over-cooling. Heat is a damaging byproduct of industrial processes that can lead to several issues. 

These include equipment shutdown or failure and reduced productivity. You must remove heat to avoid unnecessary deterioration to machinery, which is exactly what a chiller does.

Although industrial machinery is becoming increasingly more efficient, failing to remove heat can cause substantial damage to both equipment and operations. A chiller works by simplifying processes. Unlike a single pass-through system, a chiller uses recirculation to minimize waste and water consumption.

Overheating and Overcooling

Overheating and overcooling are the biggest concerns when using thermal spray equipment. If a nozzle overheats, it can melt and need premature replacement. Replacing components can mean pauses to operations, which means a negative impact on productivity. 

This is also true for complete equipment failure. If machinery fails and needs repairing or replacement, your production line will suffer. This can easily happen because of overheating, so avoiding it is paramount. If you want a reliable production line, you must implement changes to prevent temperature control issues.

Overcooling can be as damaging as overheating. You need consistent temperature and adequate control to avoid issues caused by overheating or overcooling. Overcooling can cause a nozzle to clog and become defective. This can also result from the surface material not receiving enough heat and causing the sprayer to operate incorrectly.

A chiller avoids both issues by ensuring that the temperature of the nozzle is always the same. Once you have a chiller that is programmed to work with a particular machine, you know that your equipment is operating effectively.


Aside from the positive attributes relating to productivity, a chiller can also mean that your equipment is safer. With high temperatures, the risk of injury to staff increases. Industrial machinery that isn’t cooled correctly can also cause damage to nearby property or equipment. 

Although taking precautions to avoid injury to staff or damage to property is commonplace in the industry, mistakes can happen. If you introduce chillers into your working environment, you also introduce additional safety features and help to avoid preventable accidents. 

If you care about your staff and your property, take every measure you can to protect them.

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Must-Haves for Thermal Spray Businesses

If you own a thermal spray business, you probably think a lot about day-to-day safety. Thermal spray businesses work with some of the most volatile substances on the planet. Whether it’s from metal powders to ceramic coatings, these substances can be very harmful to those who come in contact with them. 

Because of this risk, OSHA has developed specific guidelines for spray businesses to follow and adhere to. These safety protocols cover many aspects of the process. Most businesses are aware of these protocols and follow them carefully. However, people still consider thermal spraying a dangerous business.

Thermal spraying doesn’t have to be any more dangerous than other industrial businesses. To lessen the risk of thermal spraying, it’s important to follow OSHA guidelines to keep your employees safe. Below is a list of equipment to help you comply with OSHA standards. By installing and maintaining the following equipment, your employees’ risk of exposure and your liability will decrease.

Ultraviolet Light Glass

  • Install ultraviolet light glass in your spray booths and enclosures.
  • Provide BS grade 6 welding goggles when necessary.

Ultraviolet light damages skin and eyes upon contact. The plasma arc of the spray tool or the radiation in some chemicals emit this light and can cause considerable damage to the operator or anyone who looks at it directly. 

The glass will protect the operator’s skin and eyes from exposure to the damaging rays. If it isn’t possible to install glass, make sure that anyone around the thermal spray is wearing grade 6 goggles to protect themselves.

Air Ventilation and Dust Prevention Systems

  • Maintain ventilation units for optimal performance
  • Place dust keepers in areas where metal dust could accumulate
  • Provide Respirator Masks in poorly ventilated areas
  • Run air cleaners to keep the air clear
  • Use gas meters to monitor air before removing respirators

The dust and fumes emitted during the spray process can damage an operator’s lungs. Depending on the material being used, these fumes pose a risk to the operator’s health. 

Businesses must have good ventilation and units to clear the air safely. Additionally, volatile dust fragments should be collected in dust keepers.

Sound Measuring Equipment and PPE

  • Measure sound levels
  • Provide PPE for extreme sound levels

The compressed gas of metal spraying equipment creates noise that can damage a human eardrum. Temporary or long-term hearing loss can result if precautions aren’t taken to mitigate the noise. 

Sound levels can vary in range depending on the machines being used and how they are operated. To counteract the possibility of damage, monitor the noise level in the area and provide ear protection if necessary.

Storage Equipment to Maintain and Cool

Perhaps the most serious concern for thermal spray equipment is maintaining it for long-term use. Because the spray tip is heated, caution must be exercised to ensure that the nozzle doesn’t melt from excessive heat. Installing chillers for thermal spraying is a necessity for this reason.

Chillers provide an added level of protection not only to the thermal spray equipment but to those who operate it. Many businesses have found that installing chillers have provided them with long-term savings as their thermal spray equipment stays cooler with the use of chillers. 

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Is Your PVD Coating Equipment Safe

PVD Coating and Benefits

PVD coating offers many benefits making it a superior choice to traditional electroplating. PVD coating technology offers owners a way to protect their assets and their business’s bottom line. 

When considering how best to protect your metal assets, consider the benefits of PVD coating:

  • Highly Durable-four times the strength of chrome
  • Maintenance Free-needs to be cleaned infrequently
  • Chip Resistant-surface strength second to a diamond
  • Rust Repellent-outer layer will not erode
  • Lustrous Shine-glossy finish
  • Hypoallergenic-safe for various products
  • Environmentally Responsible Coating Choice
  • Able to survive Impact

PVD Coating Equipment Safety

PVD Coating equipment is expensive to purchase. Some products used for coating can be volatile. Excessive wear and tear to equipment or overheating could cause accidents. 

To protect the equipment and operator, follow safety protocols, and keep equipment in good working condition. Here are several ways to keep your operators safe and your equipment in good working condition.

Train Your Personnel

Your employers are the first-line protection against accidents and faulty equipment. Your facility must have a solid training program with a multi-tiered approach to safety. First, the employee must look to their safety. Next, they should look to their neighbor’s safety. Last, all employees should understand your site safety plan. 

Review your site safety plan continually and revise it when needs occur. All employees should understand their responsibility to the plan, and supervisors should act quickly if there is an issue with an employee or equipment. Log all safety events immediately and accurately. Finally, make site safety a daily conversation.

Plan for the Disposal of Toxic Materials

Your disposal plan for toxic or volatile materials should include a robust system designed to handle high volumes. Most businesses employ a pumping system with pumps designed to withstand the damaging nature of these materials. Installing the proper equipment for disposal is vital to your site’s safety.

Map Out Material Safety

Keep an awareness about the materials being used and how they may react to oxygen or water. Install safety equipment like dry glove boxes to avoid accidents. Create a cleaning protocol for machine parts whether you choose to clean in-house or ship the parts for cleaning. 

Keep in mind that you will need a procedure to dispose of any cleaning accessories used to avoid cross-contamination.

Install Specialized Venting

The exhaust system helps vent air and cool equipment. However, toxic materials require a special approach. First, provide your employees with PPE for any maintenance tasks in this area. Next, ensure that you have invested in equipment like gas scrubbers to help ease toxic fumes.

Invest in Chillers for PVD Equipment

Perhaps the best option for keeping your coating equipment operational is chillers designed to regulate the temperature in the chamber. Protecting your equipment from overheating is vital to site safety. Chillers keep warm chambers from malfunctioning and allow your coating equipment to run more efficiently.

When you are considering chillers, you want a brand that can provide you with the best practices for safely using your PVD coating equipment. Chillers for PVD Equipment are designed to provide you with that peace of mind and is specified to your business’s unique needs.

Determine Next Steps

If you follow the suggestions above, your PVD coating safety issues should be eliminated during the installation or functioning of your coating system. Proactive planning can help save your business thousands of dollars and hours in time. More importantly, you prevent possible injury to your team.

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Benefits of Using an Industrial Chiller

Industries using heavy machinery often have to deal with excess heat production. Excess heat, if not regulated, can easily affect your machines’ operations and even damage your products. 

Chillers help mitigate the risk of machine failure and the effects of excess heat by cooling your machinery and operating space. This helps maintain optimal temperatures in your machines, while also keeping your facility and users safe.

These are some of the main benefits of using an industrial chiller.

What Is an Industrial Chiller?

An industrial chiller is a cooling system that uses the refrigeration cycle to regulate machine temperatures. Most industries that rely on heavy use of machinery require industrial chillers to maintain their efficiency and productivity. Some of the industries which require industrial chillers include:

  • Printing Industry: The intensive heat generated during the printing process makes the final printed paper hot. Industrial chillers help to cool down the papers to preserve the quality of the print. Also, the friction between the printing machine components generates a lot of heat. Chillers help eradicate the excess heat and maintain the efficiency of the machine.
  • Rubber Industry: In the rubber industry, chillers help cool the rubber mixture, maintain the required water temperature, and cool the rubber mills’ machine parts.
  • Beverage Industry: Beverage industries highly utilize industrial chillers since the production process emits a lot of heat during many steps of the process, from mixing to pasteurizing.
  • Anodizing: The process of converting metal surfaces to an oxide covering emits a lot of heat. The process requires chillers to remove the heat and maintain optimal temperatures. They also cool the oxide coating.

Benefits of Industrial Chillers

Industrial chillers offer numerous benefits to industries relying on heavy machinery for their processes. Without chillers, some production processes would be impossible, since uncontrolled heat can damage machines and products, and make workplaces unsafe. Some of the benefits of industrial chillers include:

Improved Productivity

With chillers in use, your machines will experience less downtime caused by overheating, helping you maximize production levels. The well-maintained machine will also produce quality products undamaged by excess heat, thus minimizing wastage.

Protection of Machines

Industries invest heavily in production equipment. With a chiller in place, your machines will be protected from the adverse effects of extreme temperatures.

Saves Water Costs

Chillers utilize water efficiently by recycling and reusing. This means you will have lower water bills, and you will not need specialized sewer services since the disposed waste is negligible.

Flexible Scalability Option

Since industrial chillers are custom-made for industrial use, you can easily upgrade depending on your need. When your industry grows, your industrial chiller manufacturer can help you get a solution tailored to the type of operations you undertake.

Optimized Production Limits

With increased sophistication in technology and market demand, most industries are investing in ultra-modern machines designed to produce more. Industrial chillers help in optimizing performance levels by eliminating downtime.


If you are seeking to enhance your productivity, industrial chiller technology is an option you should consider. At KKT Chillers, we deliver industrial cooling systems that are tailored to meet your company’s needs. Contact us today for custom-made and energy-efficient chiller solutions.

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Why Your MRI Machine Needs a Medical Chiller

Specialized machinery like an MRI machine is one of your facility’s most valued assets. Magnetic resonance imaging offers doctors and patients the kind of advanced imaging that can detect many injuries and illnesses that other types of examinations may miss1280

MRIs Bring the Heat

An MRI uses magnets and radio waves to produce detailed images from inside the human body without surgery or other invasive measures. The MRI produces no radiation and is safer than other imaging methods such as CT scans and X-rays. 

This technology has become quite common, especially in Japan and the United States, with many patients and medical professionals preferring this type of scan over other less advanced or more invasive methods.

MRI machines do bring some challenges with them, however. Because the magnets used in this equipment are quite strong, they produce a great deal of heat. In fact, you must cool the superconducting magnet and the helium compressor at all times, or the liquid helium that keeps the temperature under control will boil away, potentially ruining the machine—or, at minimum, causing you excessive downtime. 

Why KKT Medical MRI Chillers Are Essential

Your patients cannot afford to wait for their MRIs, and you do not want to lose business because your system is faulty. That’s why a KKT medical chiller is essential equipment for your medical facility. 

KKT is a premier medical chiller manufacturer. Our direct and indirect chillers are reliable and energy-efficient. We also design our systems to last with state-of-the-art components that will sync with MRI cooling demands for years to come. 

Plus, we can customize these systems for your specific MRI machine. And you do not have to wait until the unit is on-site; you can begin this process while you are in the planning stage of new MRI acquisition. 

KKT even simplifies the shipping process. Because refrigerant filling levels are below the statutory threshold, our medical chillers do not require a dangerous goods declaration. And because our units are lighter than many other models, the cost to ship is less expensive. 

You risk damaging your MRI, your patients’ health, and your facility’s reputation if you do not regulate your MRI’s temperature properly. One of our MRI chillers can prevent these problems and keep your advanced imaging department running smoothly.

Final Thoughts

No one doubts the value of an MRI, but the machines that create this imaging solution are complex and require thoughtful, proactive maintenance. Investing in a medical chiller is not an extraordinary measure, but an essential one. An MRI machine is going to produce excessive heat, so it requires a medical chiller that can cool it effectively. For more information on a KKT MRI chiller, visit our contact page and find your regional representative or fill out a brief contact form.