Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
391～405 item / All 690 items
Heat exchanger solutions suitable for all applications.
Thanks to its unmatched compactness and self-cleaning properties, Alfa Laval's spiral heat exchangers can be used for an extremely wide range of applications. They are suitable for all applications, from heat exchange of fluids that easily accumulate dirt to high vacuum steam condensers.
The fact that customers can feel at ease.
Alfa Laval's expert team, "Parts & Service," delivers peace of mind to our customers. "Parts & Service" specializes in maintenance, which is essential for keeping equipment in optimal condition, allowing customers to achieve longer maintenance intervals and extend the lifespan of their equipment, ultimately reducing overall costs.
We are currently offering a collection of the latest case studies on heat exchange, separation, fluid transfer, and water treatment solutions from Alfa Laval! ~Please contact us~
We are pleased to present "here," which features numerous case studies on the latest solutions from Alfa Laval for heat exchange, separation, fluid transfer, and water treatment. If you are interested, please contact us.
Comprehensive Catalog of Compact Heat Exchangers for the Petrochemical Industry
Alfa Laval heat exchangers are used in a wide range of plants and industries around the world. Today, over 50,000 units are in operation, and they are widely utilized not only in the industrial equipment sector but also in the process equipment sector. For more details, please download the catalog.
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 stable long-term 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 combination with 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.
![[Case Study Publication] Comprehensive Catalog of Plate Heat Exchangers for Air Conditioning and Refrigeration](https://image.mono.ipros.com/public/product/image/5f5/2000084659/IPROS5496354218337987984.jpg?w=280&h=280)
Introducing a variety of plate heat exchangers of all sizes that are active in various facilities! Get a free comprehensive catalog.
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 focusing on efficiency, performance, and the environment, along with 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.
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 heat exchange of fluids containing fibers and coarse particles, as well as fluids with high viscosity. In conventional "plate type" and other types of heat exchangers, fluids that tend to clog are addressed with wide-gap flow paths. This prevents blockages within the unit even with easily clogging fluids, 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 multi-tube 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.
Fluid that attacks rubber gaskets, compatible with 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 sealing parts of two plates, and a gasket is attached to this combination. Alternating flow paths are formed with welded flow paths and gasket-sealed flow paths, 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.
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, enabling compatibility with fluids that are difficult to handle with 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.
Heat exchanger optimal for fluid heating using steam.
The TS-M is a plate-type heat exchanger developed primarily 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 can efficiently respond to situations where rapid temperature changes are required on the heated side, which has been a problem with conventional plate-type heat exchangers when using steam heating, as well as to small temperature changes of 2 to 3 degrees Celsius. It quickly responds to various changes in operating conditions, ensuring stable heat exchange. Its robust design is also resistant to thermal fatigue, allowing it to withstand harsh operations with steam and providing 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.
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. It enables 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 sectors, including the refrigeration industry, where it is adopted as a replacement for multi-tube heat exchangers, supporting space-saving for equipment and processes. For more details, please contact us or refer to the catalog.
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 limited space. For more details, please contact us or refer to the catalog.
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 related to the amenities of Marina Bay Sands, thanks to its long-standing relationship with Voltas Limited (Tata Group), which was responsible for the construction this time. 【Key Factors for Selection】 ■ Unique Elements Not Found in Competitors → Equipment incorporating the latest technology → Abundant 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 → A level that only Alfa Laval's TL35 can achieve ■ 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.
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 determining the success or failure of companies. Many process industries are already engaged in 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 types with compact heat exchangers can significantly improve energy efficiency, promising a high return on investment. 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] [Catalog Download].*
Successful savings of $1.2 million through steam reuse! The world's most compact heat exchanger with a heat recovery rate of 95% has arrived!
◆◇◆Tips for Maximizing the Use of Existing Energy!◆◇◆ Compabloc is a revolutionary plate heat exchanger that incorporates the advantages of various technologies into a single compact unit. Its fully welded plate pack eliminates the presence of gaskets between plates, allowing it to be used with fluids that can damage gaskets and under high-temperature, high-pressure operating conditions. 【Features】 ● Heat recovery rate of 95% (compared to 65% for shell & tube heat exchangers) ● 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].
