Heat exchanger Product List and Ranking from 39 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.

Heat exchanger Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. 境川工業 Osaka//others
  2. アルファ・ラバル Tokyo//others
  3. スウェップジャパン Osaka//Building materials, supplies and fixtures manufacturers
  4. 4 山一製作所 Fukuoka//others
  5. 5 勝川熱工 Osaka//others 営業部・工場

Heat exchanger Product ranking

Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. Introduction of Swepp Corporation products スウェップジャパン
  2. Double-tube coil type small heat exchanger "Bickler" 山一製作所
  3. Sakigawa Industrial Co., Ltd. "Heat Exchanger Comprehensive Catalog" 境川工業
  4. Heat recovery waste heat utilization heat exchanger 勝川熱工 営業部・工場
  5. 4 Air-cooled heat exchanger 東日機械 営業部

Heat exchanger Product List

151~165 item / All 231 items

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Comprehensive Catalog of Plate Heat Exchangers for Steam

Comprehensive catalog of plate heat exchangers for steam. For saving energy, time, and costs.

The comprehensive catalog of Alfa Laval's "Plate Heat Exchanger for Steam" demonstrates long-term stable operation and excellent economy in heat exchange using steam as a heating medium. Since the introduction of plate heat exchangers in the 1930s, Alfa Laval has developed the TS series of plate heat exchangers, primarily for applications that use steam to heat fluids, leveraging accumulated know-how in heat exchange technology. The innovative design of the heat transfer plates and the special gaskets that can withstand temperatures up to 180°C provide high efficiency and productivity that are not found in multi-tube heat exchangers or conventional plate heat exchangers. For more details, please contact us or refer to the catalog.

  • Unit and other construction

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[Case Study Publication] Comprehensive Catalog of Plate Heat Exchangers for Air Conditioning and Refrigeration

Introducing a variety of plate heat exchangers of all sizes that are active in various facilities! Get a comprehensive catalog for free.

We are currently offering a comprehensive catalog of "plate heat exchangers," which are essential for the comfortable operation of facilities such as air conditioning and hot water supply. ■ "Air Conditioning Cooling" that achieves highly energy-efficient and comfortable cooling ■ "Air Conditioning Heating" compatible with all heat sources such as DHC and cogeneration ■ Numerous listings including "Sanitary Hot Water" for rapid hot water supply without the need for a hot water tank. * The catalog can be viewed immediately from the "Download" section! ━ ★ Exhibiting at HVAC&R JAPAN 2014 ★ ━ ◎ Dates: January 28 (Tuesday) - 31 (Friday), 2014 ◎ Venue: Tokyo Big Sight, East Hall 2, Booth 2-603 ▼ Seminar "Effective Use and Optimization of Energy Expanded by Heat Exchangers" ▼ We will introduce our case studies and innovative products focused on efficiency, performance, and the environment, incorporating actual applications. - Open session: January 29 (Wednesday) 15:15 - 15:45 - Closed session: January 30 (Thursday) 14:00 - 14:45 * An open session without walls and a closed session surrounded by walls are planned.

  • Automatic Control Equipment
  • Pool equipment related
  • Refrigeration units, boilers, cooling towers

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Wide-gap plate heat exchanger

It prevents clogging inside the device even with fluids that are prone to clogging, significantly reducing the number of cleaning cycles.

Wide-gap is a "plate type" developed for the purpose of heat exchange in fluids containing fibers and coarse particles, as well as in fluids with high viscosity. In conventional "plate type" and other types of heat exchangers, fluids that tend to clog are managed with wide-gap flow paths. This prevents blockages within the unit even with fluids that are prone to clogging, significantly reducing the frequency of cleaning. Furthermore, the unique wavy plates generate advanced turbulence in the fluid, dramatically enhancing heat exchange efficiency. It demonstrates performance that exceeds the limits of tubular heat exchangers in processes such as sugar production, fermentation alcohol distillation, chemical processes, and the paper and pulp industry. For more details, please contact us or refer to the catalog.

  • Refrigeration units, boilers, cooling towers

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Twin-plate heat exchanger

Compatible with fluids that attack rubber gaskets and highly permeable fluids.

The Twin-plate is a "plate type" developed to handle fluids that can penetrate rubber gaskets and highly permeable fluids. It creates a bag-shaped cassette plate (Twin-plate) by laser welding the seal sections of two plates and combines them with a gasket. Alternating flow paths sealed by the welded sections and the gasket are formed, allowing fluids that can penetrate the gasket to flow through the welded flow paths. It is ideal for cases where the use of gaskets is not possible on the process liquid side and where disassembly and cleaning are required on the other side, making it effective in refrigeration systems using ammonia refrigerants, heating and cooling of solvents or process liquids, and district heating and cooling. For more details, please contact us or refer to the catalog.

  • Refrigeration units, boilers, cooling towers

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Graphite Plate Heat Exchanger

Exhibits best performance against highly corrosive fluids.

Graphite is a "plate type" that performs best against highly corrosive fluids. Instead of metal, corrosion-resistant graphite is used. With the numerous features of the "plate type" that are not required in other types of heat exchangers, excellent corrosion resistance is added, making it possible to handle fluids that are difficult for metal "plate types." It can be used for heat exchange of strong acids such as hydrochloric acid, medium-concentration sulfuric acid, hydrofluoric acid, phosphoric acid, and many corrosive organic liquids in chemical plants, significantly improving heat exchange efficiency compared to other types of heat exchangers. For more details, please contact us or refer to the catalog.

  • Refrigeration units, boilers, cooling towers

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Steam Plate Heat Exchanger TS-M

Heat exchanger optimal for fluid heating using steam.

The TS-M is a plate-type heat exchanger primarily developed for fluid heating using steam as the heating medium. With the adoption of an innovative design for the heat transfer plates and special gaskets, it efficiently responds to situations where rapid temperature changes are required on the heated side, which has been a problem with conventional plate-type heat exchangers during steam heating, as well as to small temperature changes of 2 to 3 degrees Celsius. It quickly adapts to various changes in operating conditions, ensuring stable heat exchange. Its robust design is strong against thermal fatigue, allowing it to withstand harsh operations with steam, resulting in excellent durability. Additionally, it is very compact compared to the widely used multi-tube heat exchangers for steam, requiring less installation space and making it easy to modularize in combination with other equipment. For more details, please contact us or refer to the catalog.

  • glue

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Brazed Plate Heat Exchanger BFB

Super compact "plate type." Supports space-saving for equipment and processes.

Brazed Plate is a plate-type heat exchanger composed of stainless steel (SUS316) plates that are brazed with copper or nickel in a vacuum heating furnace, along with two cover plates. It is the most compact among "plate-type" heat exchangers, as it does not have gaskets, tightening bolts, or carrying bars. This allows for miniaturization and modularization of systems, making it suitable for air conditioning and hot water supply in buildings and apartments, as well as for various industrial fields, including the refrigeration industry, where it is adopted as a replacement for multi-tube heat exchangers, supporting space-saving of equipment and processes. For more details, please contact us or refer to the catalog.

  • Unit and other construction

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Plate-type heat exchanger TL10-B

It is ideal for heat exchange with a small average temperature difference, such as in air conditioning and ice thermal storage.

The TL10-B features a vertically elongated plate design compared to conventional plate heat exchangers, making it ideal for heat exchange applications with small average temperature differences, such as air conditioning and ice storage. Additionally, it can reduce the footprint, allowing for easy installation even in machine rooms with space constraints. For more details, please contact us or refer to the catalog.

  • Refrigeration units, boilers, cooling towers

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Heat Exchanger Global Case Study: Marina Bay Sands, Singapore

Complex projects, challenges of scale and complexity. Proven track record in providing amenity-related cooling solutions!

Marina Bay Sands (completed in 2009) is a recently opened hotel and resort complex in Singapore. Alfa Laval, in addition to its achievements at its Singapore branch, provided cooling solutions for the amenities at Marina Bay Sands, thanks to its long-standing relationship with Voltas Limited (a Tata Group company), which was responsible for the construction. 【Key Factors for Selection】 ■ Unique Elements Not Found in Competitors → Equipment incorporating the latest technology → Extensive technical know-how → Proven track record in entering the Singapore market → Comprehensive after-sales service ■ Solutions to Address Pressure → Plate heat exchangers capable of handling a design pressure of 25 bar → Standards achievable only by Alfa Laval's TL35 ■ Global Player ■ Extensive experience with complex projects ■ Efficient use of energy for air conditioning and other applications *For more details, please contact us or refer to the catalog.

  • Automatic Control Equipment

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[Collection of Examples for Energy Conservation and CO2 Reduction] Optimization of Processes through Waste Heat Recovery

We will introduce the approach of waste heat recovery, which is gaining attention as a means to achieve energy conservation and CO2 reduction in the process of decarbonization, along with specific examples.

◆-Waste Heat Recovery "Optimizing Energy Systems"-◆ In recent years, the soaring energy prices have become a significant challenge for many factories. The era of low energy prices has come to an end, and energy efficiency has become one of the major factors influencing the success or failure of companies. Many process industries are already implementing waste heat recovery, but it is not uncommon for them to use shell & tube heat exchangers for this purpose. In most cases, simply replacing shell & tube heat exchangers with compact heat exchangers can significantly improve energy efficiency, promising high investment returns. This technical document introduces a wealth of know-how for optimizing energy systems through waste heat recovery and generating profits from waste heat. We encourage you to take a look at it. *For more details, please check [Contact Us] and [Catalog Download].*

  • Heat and Drying Treatment Systems
  • Biomass heat utilization technology
  • District heating and cooling/heat source system

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Compact Type Fully Welded Plate Heat Exchanger Compabloc

Successfully saved $1.2 million through steam reuse! Introducing the world's most compact heat exchanger with a heat recovery rate of 95%!

◆◇◆Tips for Maximizing the Current Energy Effectively!◆◇◆ Compabloc is a revolutionary plate heat exchanger that incorporates the advantages of various technologies into a single compact unit. With a fully welded plate pack, there are no gaskets between the plates, allowing it to be used with fluids that can damage gaskets and under high-temperature and high-pressure operating conditions. 【Features】 ● Heat recovery rate of 95% (the heat recovery rate for shell & tube type is 65%) ● Achieves up to 1/10 the space compared to multi-tube heat exchangers ● Usable at high temperatures up to 400°C and high pressures up to 42 bar ● Welded structure allows for use with fluids that can damage gaskets without issues ● Minimal dead space and small volume enable effective cleaning with a small amount of cleaning agent ● Internal inspection and cleaning with a water jet are possible by opening the cover panel *For more details, please check [Contact Us].

  • Automatic Control Equipment
  • Refrigeration units, boilers, cooling towers

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Alfa Laval Corporation "Comprehensive Catalog for Machinery Industry"

Introducing the comprehensive catalog of Alfa Laval, a company with 125 years of trusted quality in the global machinery industry.

Alfa Laval is based on three core technologies: heat exchange, separation, and fluid control. These technologies are essential for all industries, and Alfa Laval has established its position as a leading company in these specialized fields. For more details, please contact us or download the catalog.

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Alfa Laval Solution Case Study No. 28 'here'

A collection of case studies on the latest solutions using natural refrigerants!

At Alfa Laval Co., Ltd., we are pleased to offer a free copy of our case study collection No. 28, which introduces environmentally friendly natural refrigerant solutions. This collection features a case from downtown Copenhagen, where the latest district cooling plant utilizes seawater and natural refrigerants, eliminating the need for large-scale air conditioning systems in buildings, thus achieving savings in space and energy, as well as reductions in CO2 emissions. If you would like a copy of the case study collection, please feel free to contact us.

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Alfa Laval Solution Case Study No. 31 'here'

A collection of case studies on solutions that support sustainable businesses as a gift!

At Alfa Laval Co., Ltd., we are pleased to offer a free collection of case studies No. 31 titled 'here', which introduces the importance of sustainable business for the planet and company profits. This collection features a case study of the Petronas refinery in Malaysia, which is continuously working towards sustainable operations and has made the latest energy investments for year-round operations. If you would like to receive the case study collection, please feel free to contact us.

  • others

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Case Study of Heat Exchanger Implementation at a Natural Gas Plant

Case study presentation on heat exchangers in natural gas plants.

Innovative advancements in technology are making vast natural gas resources, which were previously inaccessible through human mining, available. The resurgence of this familiar resource is already reshaping the world's energy map. Can natural gas replace oil, the most important fuel resource on Earth? [Features] ○ Many of the newly discovered reserves have been found in deep and ultra-deep waters, accounting for 41% of all discovered "conventional" reserves. For more details, please contact us or download the catalog.

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