Chiller Product List and Ranking from 16 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

Chiller Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. 東栄 Tokyo//Trading company/Wholesale
  2. 不二熱学サービス Osaka//Other construction industries
  3. VISTA Yamanashi//others
  4. 4 三國機械工業 Tokyo//Trading company/Wholesale
  5. 4 桑名金属工業 Mie//Building materials, supplies and fixtures manufacturers
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Chiller Product ranking

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Water-soluble coolant temperature control device Coolant Chiller RCC (air-cooled) 東栄
  2. Super Large Inverter Chiller RKE Series 東栄
  3. Environmentally friendly air-cooled non-Freon chiller "Dear Cool" 不二熱学サービス
  4. 4 Large DC Inverter Chiller RKE-B Series (Air-Cooled / Water-Cooled) 東栄
  5. 4 TELEMARK Cryochiller VISTA

Chiller Product List

1～15 item / All 52 items

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Super Large Inverter Chiller RKE Series

Super Large Inverter Chiller RKE Series

Orion Machinery/Chiller. Achieves up to 57% energy-saving control.

■Achieves up to 57% energy-saving control Operation is possible with minimal energy according to the load. *Compared to HB control at 30% load ■High-precision liquid temperature control enabled by proprietary technology Control of the compressor rotation speed based on liquid temperature detection achieves a control range of ±0.2 to ±1.0℃ from the set temperature. *This may vary depending on load conditions, so please consult us if high precision is required. ■Wide range of liquid temperature control available Liquid temperature settings can be freely adjusted within the range of 15 to 30℃. ■Standard external communication function equipped Temperature control is possible via RS232C and RS422. *Excludes RKE30000A-V and 30000A-VW

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Large DC Inverter Chiller RKE-B Series (Air-Cooled / Water-Cooled)

Large DC Inverter Chiller RKE-B Series (Air-Cooled / Water-Cooled)

Orion Machinery/Chiller. Achieving industry-leading energy savings with an inverter driver and dedicated controller!

■ Refrigeration Speed Control The DC inverter driver automatically determines optimal operation. ■ Fan Speed Control Automatic determination of optimal operation using an inverter. ■ Pump Speed Control Minimizes the minimum rotation speed required for necessary flow, reducing unnecessary water delivery. ■ Expanded Operating Ambient Temperature Range Designed to withstand harsh conditions up to 50°C in summer (optional selection required). It performs at its best even in factories where hot air tends to accumulate. Additionally, it can operate down to -20°C in winter (air cooling only), allowing for safe outdoor installation in cold areas. ■ Expanded Specification Temperature Range (Liquid Temperature) The specification temperature range (liquid temperature) has been broadened to 3°C to 35°C, extending the low-temperature range further. *Using antifreeze allows operation down to 0°C. ■ Inverter for Pumps Contributes to energy savings not only in the refrigeration circuit but also in the water delivery circuit. By using an inverter to flow only the necessary amount without adjusting the bypass valve, waste is eliminated. Pressure settings can also be adjusted according to application needs. ■ Various Convenient Features Temperature accuracy of ±0.1°C, selectable pump control methods, intelligent touch panel, space-saving design, drip-proof structure (equivalent to IPX4), and quiet design.

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Free Cooling Chiller FCC15B1 (Air-Cooled)

Free Cooling Chiller FCC15B1 (Air-Cooled)

Orion Machinery/Chiller. Maximizes the use of outside air. Achieves significant energy savings in annual power consumption.

■Maximizing the use of natural energy to achieve significant energy savings. In winter, cooling is performed solely through free cooling due to low outdoor temperatures. During the transitional period when the outdoor temperature is similar to the outlet water temperature of the eco-hybrid, cooling is primarily done through free cooling, and if the cooling capacity of free cooling is insufficient, the chiller supplements the cooling. By actively utilizing free cooling, power consumption can be reduced, leading to energy savings. ■As a modular chiller, it can be installed in a maximum of 10 units (150HP). By adopting a pressure equalization pipe structure for the water tank, it enables connected installation (pressure equalization pipes are required for on-site construction. Please consult for details). Even if the customer's load increases, it can be expanded in increments of 37kW*. Expansion can be done at minimal cost* based on rated cooling capacity. ■Expanded operating ambient temperature range from -20 to 45℃. By adopting a brine indirect cooling method for cooling through free cooling, it can now be used in colder regions. ■Liquid temperature setting range is 5 to 35℃. It can be used for a wide range of applications. ■Adoption of cation electrodeposition coating. The heat exchanger for the fan cooler is treated with cation electrodeposition coating to improve corrosion resistance. The exterior is powder-coated to enhance corrosion resistance.

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Small water tank DC inverter chiller RKE series (air-cooled, water-cooled)

Small water tank DC inverter chiller RKE series (air-cooled, water-cooled)

Pursuit of energy saving and high-precision temperature control high-spec model chiller.

- Achieves over 30% energy savings and high precision temperature control with a control accuracy of ±0.1℃ through compressor rotation control (compared to our conventional models) - Balances the conflicting technologies of energy savings and high precision - Allows for up to 65% energy savings - Realizes high precision control of ±0.1℃* (*when load and ambient temperature are stable) - Achieves a wide range - The operation panel is angled to improve usability and visibility - The water tank is positioned at the top, making it very easy to check water quality and clean the tank - The dust filter for the condenser can also be easily attached and detached with one touch (air-cooled only)

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Water-soluble coolant temperature control device Coolant Chiller RCC (air-cooled)

Water-soluble coolant temperature control device Coolant Chiller RCC (air-cooled)

Just connect the piping to the tank! Prepare the piping unit as an accessory, and the plumbing work will be even faster.

- Controls coolant liquid temperature within ±0.5℃ of the set temperature, contributing to improved processing accuracy. - Energy-saving operation with DC motor and inverter control, reducing coolant liquid evaporation loss by half. - Suppresses bacterial growth, reduces decay and odor, and improves the working environment. - Easy installation even with shallow tanks due to the circulation system. - Achieves energy savings and high-precision control with DC inverter control. - Structure allows for easy disassembly and cleaning of the cooler.

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TELEMARK Cryochiller

TELEMARK Cryochiller

It will help with quick pump-down and improvement of membrane quality.

Rapid cooling, rapid heating Effectively removing moisture from the deposition equipment is an essential challenge for vacuum deposition. The TELEMARK cryochiller series incorporates the latest technological advancements in cryochillers.

  • Company：VISTA
  • Price：1 million yen-5 million yen
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Instant Cold Water Chiller Super Ice

Instant Cold Water Chiller Super Ice

The excellent ice storage performance of the high-efficiency static ice meets strict cost management.

1. Stable Supply: Stable supply of cold water close to 0°C. Unlike slushy ice, the low-temperature static ice and header-type piping structure gradually melts the ice, providing stable 0°C water for long periods. 2. Energy Saving: Approximately 50% water savings and 70% reduction in electricity costs. With industrial thermal storage adjustment contracts, it is possible to utilize full thermal storage at night and implement chasing operations. It can accommodate peak cutting and peak shifting. 3. High Ice Storage Effect: Capable of producing high-quality ice with high density. The ice filling rate is about 110% compared to slushy ice. There is no uneven melting, and it can respond to any load fluctuations for extended periods. 4. Easy Installation: Easy to install with a unit type. Flexible units can be assembled by selecting tanks according to the installation location. The water tank has sufficient insulation and can be installed outdoors as is. 5. Outstanding Performance: High performance with well-established coil-on-ice technology. It ensures a thick ice layer with coil-on-ice. The refrigeration unit uses a scroll compressor, which excels in durability and quiet operation. 6. Environmental Compatibility: Excellent in reducing environmental impact. It minimizes the use of refrigerants with an indirect brine system. The ice thermal storage tank can be disassembled and cleaned with a bolt fastening method and complies with the seismic structure standards of the Japan Plastics Association.

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Blast Chiller & Shock Freezer (Irinox)

Blast Chiller & Shock Freezer (Irinox)

If you prioritize rapid cooling, freezing, and improving quality, then the IRINOX blast chiller & shock freezer is the best choice.

■ [EF・MF Large Series] - From freshly baked to minus 35°C. A blast chiller and shock freezer specialized in the world's highest quality "rapid freezing" and "rapid cooling" functions. - Available from small 100V models. - Large models require no customization even for large-scale factories! Choose from 21 sizes. ■ [MF NEXT with Heating Function] - Controls from +85°C to -35°C in 1°C increments. Versatile support for "rapid freezing, rapid cooling," "defrosting, heating," "reheating," "low-temperature cooking," and "fermentation." - Further evolution in productivity and efficiency with natural refrigerant "R290 (propane gas)."

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Kobe Steel, Ltd. Super High Efficiency Inverter Heat Pump Chiller (Water-Cooled)

Kobe Steel, Ltd. Super High Efficiency Inverter Heat Pump Chiller (Water-Cooled)

KOBELCO heat pump products with industry-leading efficiency that contribute to decarbonization and carbon neutrality.

From commercial air conditioning to industrial cooling and heating, we contribute to energy savings and CO2 emission reduction with overwhelming efficiency. The reliable screw compressor is uniquely developed by KOBELCO, featuring a high-efficiency and high-strength rotor. In the heat recovery mode, which simultaneously extracts cold and hot water, it serves as both a chiller and a boiler. We propose heat pumps suitable for various supply temperatures and applications with a diverse lineup. 【Features】 ■ High Efficiency: Energy efficiency (COP) boasts a high energy-saving performance of 6.0 during cooling and 9.3 during heat recovery. ■ Wide Supply Temperature Range: Brine -25℃ to hot water 95℃ to steam 175℃. ■ Space-Saving: Achieves the industry's smallest installation area and weight in the 500kW class. ■ Outdoor Compatible. ■ Modular Compatibility: Controls the number of units according to the load. 【Benefits of Introduction】 ■ Reduction in running costs (dual function of chiller and boiler). ■ Reduction in CO2 emissions (significantly contributes to decarbonization and carbon neutrality by reducing boiler operation). ■ Reduction in primary energy usage (high-efficiency operation). ■ Replacement of aging refrigeration units (transitioning from refrigerants like discontinued R22 and environmentally harmful R404A to environmentally friendly refrigerants).

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What causes the carbon dioxide emitted from buildings?

What causes the carbon dioxide emitted from buildings?

A solid foundation for paving the way to decarbonization! Introduction of useful air conditioning information.

Carbon emissions (or carbon production) refer to a general measure of the amount of CO2 generated directly, indirectly, or through the value chain. On the other hand, the carbon footprint represents the total impact of an organization, expressed as the sum of all carbon emissions. While these terms are sometimes used interchangeably, it is important to understand the differences between them. Specific actions at the operational level have a significant impact on the carbon footprint, making the total carbon emissions the most important factor for decision-makers in buildings and facilities. [Contents] ■ Scope 1 "Direct" emissions ■ Scope 2 "Indirect" emissions ■ Summary *For detailed content of the article, please refer to the related links. *For more information, please refer to the PDF materials or feel free to contact us.

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Mildly Flammable (A2L) Refrigerants: Chiller Safety Facility Guidelines (Excerpt)

Mildly Flammable (A2L) Refrigerants: Chiller Safety Facility Guidelines (Excerpt)

Introducing an overview of the newly established requirements and facility guidelines!

Some refrigerants are mildly flammable, and it is said that many refrigerants for packaged products will be mildly flammable. In the future, to use such mildly flammable (A2L) refrigerants, R-32, R-1234yf, and R-1234ze were newly classified as "specific inert gases" in November last year, and requirements and facility guidelines were established by the Japan Refrigeration and Air Conditioning Industry Association (JRAIA). Here, we will provide an overview of this. [Contents] ■ Obligations when installing "specific inert gas" refrigerant equipment ■ Newly established requirements and facility guidelines ■ Facility guidelines for chiller products ■ Excerpt from JRA GL-15 facility guidelines ■ Excerpt from JRA 4068 refrigerant gas leak detection alarm *Detailed content of the article can be viewed through the related links. *For more information, please refer to the PDF materials or feel free to contact us.

  • maintenance
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IPCC General Assembly: Achieving Net Zero Greenhouse Gases

IPCC General Assembly: Achieving Net Zero Greenhouse Gases

We need 'net zero' where the emissions of greenhouse gases are offset by reductions to equal zero!

The report adopted at the meeting of the Intergovernmental Panel on Climate Change (IPCC) held from October 1 to 6, 2018, warns that global temperatures could rise by 1.5°C compared to pre-industrial levels by 2030. At the same time, it emphasized the need to reduce global carbon dioxide (CO2) emissions by "45% compared to 2010 levels by 2030" and to achieve "net zero" by around 2050 in order to keep the temperature rise around 1.5°C. For more details, please refer to the related links. We encourage you to read it. [Contents] ■ One of the important meetings in the history of the IPCC ■ The possibility of a 1.5°C rise in global temperatures between 2030 and 2052 ■ The need for "net zero," where greenhouse gas emissions and reductions balance out to zero ■ Not "2°C," but "1.5°C" ■ Expected to influence COP24, with countries facing demands for strict measures *For more details, you can view the related links. *For more information, please refer to the PDF document or feel free to contact us.

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Regional Renewable Energy Heat Introduction Promotion Project "Holy Olive Village"

Regional Renewable Energy Heat Introduction Promotion Project "Holy Olive Village"

Implementation of geothermal energy utilization installation work! Execution of subsidy application agency services, etc.

At "Saint Olive Village," a geothermal heat pump system has been adopted with the goal of reducing the costs of heating, cooling, hot water supply, and bathtub heating. Construction for the introduction of geothermal energy utilization has been carried out. Since the base heat source relies on geothermal energy, the running costs related to thermal energy are free, excluding the operating power of the heat pump itself and the self-consumption power of the mechanical equipment, which is the greatest business advantage. [Case Summary (Excerpt)] ■ Equipment and Scale - Geothermal heat source heat pump chiller (standard type) Cooling capacity: 110.59 kW, 45 HP, 1 unit; Heating capacity: 117.88 kW - Geothermal heat source heat pump chiller (high temperature type) Cooling capacity: 147.94 kW, 60 HP, 1 unit; Heating capacity: 153.39 kW - Heat circulation pump Line pump 65φ×370l/min×5m, 1 unit; Line pump 65φ×470l/min×7m, 1 unit *For more details, please refer to the related links or feel free to contact us.

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[Column Introduction] Cold Water Bath and Chiller

[Column Introduction] Cold Water Bath and Chiller

I will provide a detailed explanation about the chiller that is essential for a water bath!

At Yuai Giken, we publish explanatory columns related to bathtubs and pools on our website. In this article, we wrote about "cold baths and chillers." "How is the water in a cold bath kept cold?" "What does a chiller look like?" "I want to have knowledge about chillers as a sauna enthusiast." Reading this will solve everything. For some reason, you'll also want to take a sauna.

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