Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
301～330 item / All 731 items
Rubber heat exchanger CRN
● Rubber heat exchanger that can be easily installed on a round tank ● Usable from -15°C to +70°C ● The cooling roll type 3 is a heat exchanger with three EPDM rubber plates, each with 47 thin tubes of 4.5mm diameter, with headers on both sides, and dimensions of 300mm in width and 8mm in thickness.
To satisfy our customers! With the theme of heat exchange, we create a comfortable environment through ideas and technology.
Since our establishment in 1968, we have built a strong relationship of trust with a wide range of customers as a specialized manufacturer of commercial heat exchangers, leveraging our technological development capabilities, production capacity, and quality assurance system, and we have been grateful for their continued patronage over the years. In order to meet the diverse and advanced needs of our customers, we have established a system that allows us to respond quickly and accurately, consistently managing everything from planning and design to prototyping and mass production not only for heat exchangers but also for refrigeration and air conditioning equipment. Moving forward, we aim to be a company that can contribute to society and the environment through our customers by utilizing the "quality" and "speed" that we have cultivated and accumulated over the years. 【Business Activities】 ■ Manufacturing of heat exchangers for refrigeration and air conditioning, and refrigeration and air conditioning equipment *For more details, please refer to the PDF document or feel free to contact us.
High-efficiency heat dissipation. A next-generation plate heat exchanger created with unique know-how!
Conventional plate-type heat dissipation fins have large folded sections, making it challenging to increase the size of the fins. The "ENH-P Series" adopts a next-generation heat dissipation module with improvements to the folded sections. By reducing the fin pitch to an extremely small 3mm, we have achieved high efficiency that delivers the same heat dissipation capability in a smaller area. 【Features】 ■ High-efficiency plate type ■ Adoption of next-generation heat dissipation module ■ Delivers the same heat dissipation capability in a smaller area ■ Achieves a 3mm fin pitch with thin plate design *For more details, please refer to the PDF document or feel free to contact us.
A must-see for those struggling with hot issues! Find hints for solving problems *Information on technical materials will be provided.
◎To investigate the performance of fins 1 ◎To reduce the weight of heat dissipation components 2 ◎To cool heating components with curved surfaces 3 ◎To improve the performance of natural air-cooled radiators 4 ◎To dissipate heat from piping 5 ◎To improve the heat exchange efficiency of counterflow 6 ◎To prototype improved heat exchangers 7 ◎To enhance the efficiency of heat exchangers 8 ◎To miniaturize heat exchangers 9 ◎Easily detachable catalyst carriers 10 ◎To improve the performance of air heating heaters 11 ◎To enhance the heat exchange efficiency of pipes 12 ◎To accommodate frequent changes in the heating target area 13 ◎Examples of improvements in folding fins 14 ◎To enhance the heat exchange efficiency of pipes -1- 15 ◎To enhance the heat exchange efficiency of pipes -2- 16 ◎To improve the efficiency of air heating 17 ◎To improve the efficiency of liquid heating 18 ◎To enhance the heat dissipation capacity of piping 19 ◎To avoid interference and improve the heat dissipation capacity of piping 20 *For more details, please refer to the PDF materials or feel free to contact us.*
![[Technical Column] Interesting Stories About Heat Exchangers You Should Know](https://image.mono.ipros.com/public/product/image/8ab/2000677335/IPROS96045242810434300437.png?w=280&h=280)
Introduction to the Mogami Inks Technology Column
In this column, we will regularly update useful information about heat exchangers in a technical column format. We encourage you to read it, and if you are interested in more details, please check the dedicated site of Mogami Inks Co., Ltd. [Publication Overview] ■ First Issue: Various Heat Exchangers Used in Automobiles ■ Second Issue: Development of Miniaturization and Lightweight Technology for Automotive Heat Exchanger "Evaporator" ■ Third Issue: Learning from History: Development of Miniaturization and Lightweight Technology for "Evaporator" ■ Fourth Issue: Introduction of High Performance, Miniaturization, and Lightweight Methods for "Automotive Heat Exchangers" ■ Fifth Issue: Introduction of "Louver Fin Miniaturization" and High Performance, Miniaturization, and Lightweight of Heat Exchangers *Detailed content of the column can also be viewed through related links. For more information, please feel free to contact us.
![[Technical Column] Volume 4: High Performance and Miniaturization/Lightweight of Automotive Heat Exchangers](https://image.mono.ipros.com/public/product/image/95a/2000677724/IPROS06943808014199366002.png?w=280&h=280)
A high heat transfer rate is achieved overall! An article on methods for high performance and miniaturization/lightweight of heat exchangers.
In this column, we will introduce "Methods for High Performance, Compact, and Lightweight Heat Exchangers." We will provide detailed diagrams of heat exchangers commonly used in automobiles, which utilize air and hot water or refrigerants, as well as key points on high performance and methods for compact and lightweight design of heat exchangers. We encourage you to read it. *For more details on the column, you can view it through the related links. Please feel free to contact us for more information.
![[Technical Column] Issue 6: "Molding Processing Technology" and Heat Exchangers](https://image.mono.ipros.com/public/product/image/b48/2000692778/IPROS15521090854466511486.png?w=280&h=280)
Published on 'Molding Processing Technology' regarding the high performance and miniaturization/lightweight of heat exchangers!
In this column, we will introduce "Molding Processing Technology and the High Performance, Miniaturization/Lightweight of Heat Exchangers." We will explain the manufacturing process of heat exchangers, as well as how to achieve miniaturization, lightweight design, and cost reduction. We encourage you to read it. *For more details of the column, you can view it through the related links. Please feel free to contact us for more information.
![[Technical Column] Issue 10: A Discussion on "HVAC" and Heat Exchangers](https://image.mono.ipros.com/public/product/image/ab0/2000693041/IPROS85667492519828702597.png?w=280&h=280)
A high-pressure type "sirocco fan" is used because pressure is needed to push it in!
In this column, we will discuss HVAC products that create cold and warm air for car air conditioning. HVAC stands for Heating, Ventilation, and Air Conditioning. In addition to "sirocco," there are other types of fans such as "propeller fans" used in radiators and "cross-flow fans" used in home air conditioning indoor units. However, car air conditioning requires a high pressure, so a high-pressure type "sirocco fan" is used. *For more detailed information, you can view it through the related links. Please feel free to contact us for more details.
Design tailored to various needs such as thermal conductivity, environmental resistance, and weight reduction. Presentation of materials introducing basic knowledge and application scenarios of heat exchangers.
Heat exchangers are actively used in various applications such as heating, cooling, and drying of industrial products. However, selecting a heat exchanger that fits the equipment and machinery requires knowledge and experience. At Katsukawa Thermal Engineering, we have been providing heat exchangers that embody our customers' voices based on the experience and know-how accumulated over many years. We own a large number of dedicated machines for various types of finned tubes as part of our in-house facilities. We respond to requests by leveraging our high production capacity and the advantages of our industrial region. For inquiries about heat exchangers for manufacturing lines in sectors such as semiconductors, automotive, food, machinery, chemicals, pharmaceuticals, mining and manufacturing, paper, and pulp, please feel free to contact us. 【Products We Handle】 ■ LS finned tube heat exchangers ■ Ero finned tube heat exchangers ■ Plate finned tube heat exchangers *We are currently offering a document summarizing basic knowledge and applications of heat exchangers! You can view it via PDF download.
Specialized manufacturer of heat exchangers - For industrial heat exchangers, choose Katsukawa Thermal Engineering Co., Ltd.
Katsukawa Thermal Engineering Co., Ltd. is a specialized manufacturer of finned tube heat exchangers for process air conditioning, primarily using the Elofin and plate fin types necessary for industrial process air conditioning. Since its founding in 1934, we have continued to focus on "technology," "speed," and "trouble-solving ability," investing in the development of engineers and delivering numerous heat exchangers to a wide range of industries (automotive, pharmaceuticals, semiconductors, food manufacturers, etc.). We take pride in our design and technical capabilities, which set us apart from other companies. We provide high-quality products based on solid technology at short lead times and low costs. There are various types of heat exchangers depending on their applications. Katsukawa Thermal Engineering specializes in heat exchangers for "liquid x gas" and accommodates a wide range of products. While many heat exchangers are typically sold as one-off products, Katsukawa Thermal Engineering offers consistent support from design and manufacturing to advice on installation environments and usage, as well as maintenance after delivery. You can rest assured in the event of any failures or troubles; our engineers will respond immediately. Additionally, you can also trust Katsukawa Thermal Engineering with issues or troubles related to products from other companies. For more details, please contact us or download our catalog.
We propose heat exchangers ideal for industrial air conditioning systems, waste heat recovery, and solvent recovery.
Katsukawa Thermal Engineering is a specialized manufacturer of finned tube heat exchangers for process air conditioning, primarily focusing on the Erofin and plate fin types necessary for industrial process air conditioning. Since our founding in 1934, we have been committed to "technology," "speed," and "trouble-solving capabilities," while also focusing on the development of engineers. We have delivered numerous heat exchangers to a wide range of industries, including automotive, pharmaceuticals, semiconductors, and food manufacturers. We take pride in our design and technical capabilities, which set us apart from other companies. We provide high-quality products based on reliable technology with short lead times and low costs. 【Wide Range of Heat Exchangers Supported】 - Heaters and coolers used in dryers, coolers, and dehumidifiers for heating and cooling industrial products - Unit heaters for heating - Hot and cold water coils within air conditioning units - Radiators for agriculture and horticulture, and radiators for snow melting in cold regions, among others For more details, please contact us or download our catalog.
For heat recovery and waste heat utilization! Widely used waste heat recovery heat exchangers.
At Katsukawa Thermal Engineering Co., Ltd., we provide heat exchangers aimed at the reuse of heat. The "plate-type heat exchanger" is a direct contact and counterflow type heat exchanger designed for heat recovery from gas to gas without dust. The plate-type heat exchanger consists of a pair of welded metal plates that are pressed into a wavy shape both vertically and horizontally, and multiple pairs can be combined to increase the heat transfer area. The gas on the heat receiving side and the gas on the heat releasing side are structured to avoid mixing through welding, and the wavy shape of the heat transfer plates takes thermal expansion differences into account. Additionally, similar to the plate-type heat exchanger, we also handle "feedwater preheaters (economizers)" used to preheat feedwater in order to improve boiler efficiency. 【Features】 - Heat exchangers to enhance boiler thermal efficiency - Reuse of heat from exhaust gases emitted by the boiler - Sending preheated fresh air to the boiler to improve combustion efficiency - Air preheating is incorporated into the combustion system to enhance combustion efficiency and is widely used for energy savings such as reducing fuel costs. For more details, please contact us or download the catalog.
Compact design! Installation in-line is possible with a design tailored to your needs!
The multi-tube heat exchanger is primarily a heat exchanger that uses liquid-to-liquid media. It has a structure where numerous narrow heat transfer passages are arranged within a cylindrical body, allowing for heat exchange between fluids with different temperatures inside and outside the heat transfer tubes. The heat exchange between liquids using a multi-tube heat exchanger is systemically simple and results in the lowest total cost. In design and manufacturing, adjustments will be made to ensure a structure that can be easily integrated into existing equipment. 【Features】 ○ Achieves high-efficiency heat exchange ○ Compact design minimizes installation space ○ Can be installed in an inline configuration (both vertical and horizontal orientations are acceptable!) ○ Utilizes SUS304, 316L, and titanium for high corrosion resistance For more details, please contact us or download the catalog.
Adopted for industrial air conditioning systems! We will provide design proposals according to the equipment and production processes.
Our "Plate Fin Cooler" has a proven track record as a heat exchanger for cooling and dehumidifying the environment, with numerous installations in air conditioning systems, exhaust gas treatment, and waste heat recovery applications. We offer a lineup that includes in-equipment installation types and airtight duct types, allowing for selection based on purpose and application, including general air conditioning, industrial air conditioning systems, and environmental protection devices. With extensive experience and knowledge in designing air conditioning and dehumidifying equipment that individually controls temperature and humidity, we provide strong support for equipment design. 【Features】 ■ Fin pitch is variable from 2.8mm ■ Compatible with zinc and tin plating ■ Excellent corrosion resistance with SUS tubes + SUS fins ■ Custom manufacturing using special metals is also available *For more details, please refer to the PDF materials. Feel free to contact us with any inquiries. (Please note that the fin pitch is listed as 3.0mm in the catalog. Thank you for your understanding.)
Adjustable specifications for easy integration with existing equipment. A simple structure that can reduce total costs.
Our company specializes in the design and manufacturing of "multi-tube (shell & tube) heat exchangers" that can be utilized for heat exchange between liquids. In addition to standard products listed in the specification sheet, we also accommodate custom-made products, and it is possible to adjust the structure for easy integration into existing equipment. The fluids inside the tubes can include steam, thermal oil, hot water, cold water, and cooling water. Due to its simple system, we can offer it at a reduced total cost. 【Features】 ■ Can be manufactured as a Type II pressure vessel or small pressure vessel ■ Some Type I pressure vessels are also available ■ Sanitary specifications are available for medical and food applications ■ We provide proposals utilizing our specialized knowledge and experience as a heat exchanger manufacturer, tailored to specification conditions and applications ★ You can view materials that introduce basic knowledge useful for selecting heat exchangers from the "PDF Download" section. Please feel free to contact us for inquiries.
Superior heat transfer efficiency compared to the Elophin type. Reduced number of pipes allows for space-saving and cost reduction.
In the heating and drying processes of industrial products, heaters using indirect heating with steam or thermal oil are employed. Our "LS Fin Tube Heat Exchanger" has been developed by considering both the advantages and disadvantages of the Erofin type and the plate fin type. <Features of Erofin Type> - Superior adhesion between fins and heat transfer tubes compared to plate fin type, but inferior in heat transfer area. - Arrangement and spacing between fin tubes are flexible. - A higher number of tubes and longer effective length lead to increased costs. <Features of Plate Fin Type> - Inferior adhesion between fins and heat transfer tubes compared to Erofin type, but allows for a larger heat transfer area. - Limited flexibility in the arrangement and spacing between fin tubes. - Difficult to clean and maintain. <Features of LS Fin Tube Type> - By wrapping the fins in an L-shape, the contact area with the heat transfer tubes is increased, improving heat transfer efficiency. - High heat transfer coefficient allows for a reduction in the number of tubes compared to Erofin type, leading to cost savings. - Arrangement and spacing between fin tubes can be freely determined, similar to Erofin type. - Longer effective length and a higher number of tubes make it more advantageous than plate fin type. *In addition to the product catalog, we are also providing basic knowledge materials on heat exchangers.
We propose heat exchangers suitable for factory equipment and machinery for drying, cooling, and dehumidifying.
We propose heat exchangers suitable for factory equipment and machinery for drying, cooling, and dehumidifying.
Efficiently heats gases, and cleaning and repairs are a breeze. We can propose custom specifications that perfectly match your needs.
We custom-manufacture "Elophin Heaters" for heating air (gas) incorporated into drying equipment, facilities, and air conditioning units. The fin tube, which has a metal plate wrapped around the heat transfer tube, exhibits high heat dissipation. It is widely used as a heat source for steam, hot water, and thermal oil, and is commonly adopted in steam coils for air conditioning systems, as well as in steam heaters for drying industrial products and warming cabinets. It is easy to clean and repair, making it suitable for process air conditioning in various manufacturing lines. We can provide proposals tailored to your specific usage needs. 【Features】 ■ Available in various fin materials such as SS, SUS, copper, and aluminum ■ Zinc plating, tin plating, and brazing processing are possible for fin tubes ■ We also accommodate the production of pipes and fins made from special metals ★ We are currently offering a "Basic Knowledge and Selection Guide for Heat Exchangers," which includes examples of applications in manufacturing lines. You can view it immediately by clicking the download button. Please feel free to contact us with any inquiries.
We will design the necessary temperatures for gas cooling in production lines and equipment. We respond quickly from design to delivery! A complimentary copy of "Basic Knowledge and Selection Guide for Heat Exchangers" will be provided.
Katsukawa Thermal Engineering is one of the few manufacturers in Japan that has consistently engaged in the design and manufacturing of heat exchangers suitable for dehumidification devices and factory production cooling lines since 1934. Our plate fin coolers are used in various industrial fields for cooling, dehumidification, heat recovery, and improving working environments. **Katsukawa Thermal Engineering's Plate Fin Cooler** - Utilizes stainless steel heat exchangers that require low replacement frequency and can be used without difficulty. - Cools by passing water or refrigerant through the heat transfer tubes and air or gas through the casing on the outside of the tubes. - Capable of designs suitable for a wide range of cooling and dehumidification systems, including pollution control devices for media containing pharmaceuticals, dairy products, beverages, food, polymers, chemical products, ceramics, and organic materials. To avoid troubles with heat exchangers used in production processes and ensure stable production, it is important to select a manufacturer with experience and responsiveness. *We are currently offering a free "Basic Knowledge and Selection Guide for Heat Exchangers." Please check it out via the "PDF Download" link below. Feel free to contact us for quotes or inquiries.*
Achieves lightweight, compact, and space-saving design.
The PFA heat exchanger "PFA shell & tube heat exchanger" uses PFA tubes that contribute to low leaching of metals and fine particles. The structure at both ends features a honeycomb design that integrates a PTFE sleeve and PFA tube through thermal fusion, ensuring corrosion resistance, heat resistance, and high reliability. It is compact and space-saving, making it suitable for inline use with high-purity chemical solutions. For more details, please download the catalog.
Heat exchange rate approximately 85% - Heat exchanger - Features and performance of the heat exchanger
Features and Performance of the Heat Exchanger 【 Heat Exchange Rate 85% 】 Recovers heat from exhaust combustion gases and exchanges heat with fresh outside air at a high efficiency of around 85% (when the drying chamber is set to 120°C). An 85% heat exchange rate provides significant energy-saving effects, greatly reducing fuel consumption and running costs (varies with outside temperature). 【 Patented Plate Structure 】 Adopts a plate-type heat exchange method uniquely developed and patented by Takubo Seiki Manufacturing Co. It features a sealed structure that completely separates exhaust and intake, blocking paint mist, moisture, and dust in the exhaust. The design is clean and excellent in maintainability. 【 High Safety Indirect Heating Method 】 Physically separates the combustion chamber from the drying furnace, preventing combustion gases from entering the drying chamber. This eliminates the risk of ignition sources mixing in, ensuring extremely high safety. The drying furnace introduces 5m³ of fresh outside air per minute, accommodating hazardous material painting (compliant with Tokyo Fire Prevention Ordinance). Main Benefits Heat Efficiency: Significantly reduces fuel consumption by reusing up to 85% of exhaust heat. Maintainability: The exchanger unit is designed for easy replacement. Flexibility: Easy to integrate into line drying furnaces (Yamagata type). Thin floor plates and modular design allow for easy relocation and expansion.
A sanitary tubeless heat exchanger that can be easily disassembled and allows for visual cleaning and sterilization of the fluid contact area.
- The tubeless heat exchanger can be easily disassembled, allowing for visual cleaning and sterilization of the liquid-contact parts. - In addition to its high heat exchange capacity, it features a compact design that saves space. - The connection for the inlet and outlet of the processing liquid and cooling water is a small-diameter Heli-Coil. - For more details, please contact us.
Tank mounting type
When planning a heat exchanger, the key point is how accurately you can grasp the usage conditions. Tank-mounted type 【Features】 ○ Uses SUPER PFA for the heat transfer tubes ○ Ideal for heating and cooling high-purity chemicals ● SERA, with its rich technology, offers a total of five models ● For details, please refer to the catalog.
Confident in our perfect circles! Due to high welding strength, they are suitable for bellows pipes, heat exchangers, and automotive tuning mufflers. Please consult with us once.
Fuji Seiko's "Ultra-Thin Welding Pipe" has high welding strength, allowing for weight reduction and improved durability. Since it is fully custom-made, we can manufacture it in your desired size. 【Examples of Applications】 ■ Bellows pipes ■ Heat exchangers ■ Muffler tails ■ Long pipes ★ Please feel free to consult with us. * For more details, please download the PDF or feel free to contact us.
Total heat exchanger maintenance service
This is an introduction to the maintenance services for total heat exchangers handled by Seibu Giken. When dust and other particles clog the total heat rotor, it can lead to insufficient airflow, resulting in an increase in indoor carbon dioxide concentration, a decrease in heat exchange efficiency, and added load on the air conditioning system, which can lead to higher electricity costs. By performing maintenance, we can prevent these issues, as well as determine the timing for replacing consumable parts, extend the lifespan of each unit, and assess the current performance through measurements. 【Maintenance Contents】 - Rotor cleaning and internal cleaning - Parts replacement - Condition checks of each device - Lubrication of drive units - Condition checks of wear points - Additionally, we also provide rotor replacement and replacement parts. ● For more details, please contact us.
Ion Adsorption Type Total Heat Exchanger Hi-Panex Ion®
Solving odor transfer issues with ion adsorption. A groundbreaking definitive version for energy saving and CO2 reduction, as well as improving IAQ (Indoor Air Quality). 【Features】 ○ Generally, rotary total heat exchangers use silica gel as the adsorbent, but during the rainy season, water vapor preferentially enters the areas where odor components have accumulated, replacing the odors with water vapor and causing them to be expelled from the rotor, leading to odor generation. The ion adsorption type maintains high performance while solving this odor issue. ○ By using antibacterial and antifungal agents in conjunction, true improvement of IAQ (Indoor Air Quality) has been achieved. ● For other functions and details, please contact us.
