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Heat exchanger Product List and Ranking from 211 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Feb 04, 2026~Mar 03, 2026
This ranking is based on the number of page views on our site.

Heat exchanger Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Feb 04, 2026~Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. アルファ・ラバル Tokyo//Industrial Machinery
  2. 境川工業 Osaka//Industrial Machinery
  3. 東西商事 Tokyo//Trading company/Wholesale
  4. 4 USUI CO., LTD. Shizuoka//Automobiles and Transportation Equipment
  5. 5 MDI Kanagawa//Industrial Machinery

Heat exchanger Product ranking

Last Updated: Aggregation Period:Feb 04, 2026~Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. Heat exchanger "Multi-tube heat exchanger" USUI CO., LTD.
  2. Plate Heat Exchanger Comprehensive Catalog アルファ・ラバル
  3. Tōzai Trading Co., Ltd. Heat Exchanger Comprehensive Catalog 東西商事
  4. 4 Automating the wiping of adhesives from dispensers! Compact automatic wiping device. 東西商事
  5. 5 Heat pipe type heat exchanger "ENH Series" / Apiste アピステ

Heat exchanger Product List

61~90 item / All 712 items

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Carbon Graphite Heat Exchanger - Cylindrical Block Type

Simple structure! Strong and easy to install! Carbon heat exchanger with a multi-pass structure for flexible design.

The "Cylindrical Block Type Heat Exchanger" is composed of standard blocks, featuring a simple structure that is robust and easy to install, making it particularly optimal as a heater. Custom products can also be manufactured, so please feel free to consult us. 【Features】 ■ Free design with multi-pass structure ■ Composed of standard blocks ■ Simple structure ■ Robust and easy to install ■ Excellent corrosion and heat resistance ■ Optimal as a heater *For more details, please refer to the PDF materials or feel free to contact us.

  • Heat exchanger
  • tube
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  • Heat exchanger

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Immersion-type heat exchanger

Heat exchangers made by combining unit modules! They can be designed according to your requirements.

The "immersion-type heat exchanger" is a heat exchanger manufactured by combining unit modules. The inlet and outlet piping, as well as fixed brackets and hangers, can be designed according to your requirements. This product can be designed with various flow patterns, allowing for the selection of optimal and economical equipment. 【Features】 ■ Usable from -30℃ to 140℃ ■ Usable up to 1.2MPaG ■ Pressure loss: 5 to 50kPa ■ Can provide optimal layouts according to your needs ■ Available materials: PVDF, PP, PE-RT *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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Teflon Q-COIL type heat exchanger

Excellent corrosion resistance and thermal conductivity! Immersion-type heat exchanger using Q-tubes!

The Teflon Q-COIL type heat exchanger is an immersion-type heat exchanger that uses heat transfer tubes (Q tubes) made of special fluororesin. The Q tube is a heat transfer tube made by blending fillers with Teflon PFA, significantly improving various properties compared to standard fluorine tubes. Two types of heat transfer tubes are used, with outer diameters of 9.52mm and 6.35mm. In addition to the Q tube, Teflon PFA can also be manufactured. 【Features】 ■ Excellent corrosion resistance ■ High heat transfer performance ■ Lightweight and compact ■ High mechanical performance ■ Conductive Q tube *For more details, please refer to the PDF materials or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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Teflon heat recovery system

Eliminate corrosion at the acid dew point!

The "Teflon Heat Recovery System" utilizes the corrosion-resistant, heat-resistant, and pressure-resistant AlWaFlon tube developed through DuPont's Teflon PTFE and the tubing technology of Fluorotubing in the Netherlands. Heat exchangers incorporating AlWaFlon tubes can be used even below the acid dew point, where metal heat exchangers would corrode. 【Features】 - Heat recovery from combustion exhaust gases entering the flue gas desulfurization system - Minimization of water loss in the desulfurization system - Recovered heat is used for preheating boiler feed water and reheating gases at the desulfurization system outlet - Contributes to the reduction of carbon dioxide emissions 【Specifications】 Tube materials: AlWaFlon, stainless steel, nickel alloy, coated type Tube diameter: φ9.5 to φ12.5 (gas/liquid heat exchanger) φ48 to φ175 (gas/gas heat exchanger) Tube shape: U-tube type (gas/liquid heat exchanger) Straight type (gas/gas heat exchanger) *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • others
  • Heat exchanger

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Mini coil heat exchanger

Compact, lightweight, and space-saving! This is a durable immersion-type Teflon heat exchanger.

The "Mini Coil Heat Exchanger" is a heat exchanger that wraps PFA or Q-tubes around a frame, designed to be compact and lightweight. It is used for temperature management of corrosive liquids in small tanks for experimental purposes or small equipment. It is free from contamination and can withstand long-term use. The small, highly conductive mini coil requires minimal installation area within the tank. 【Features】 ■ Compact and lightweight ■ For temperature management of corrosive liquids ■ Excellent durability ■ Space-saving *For more details, please refer to the PDF materials or feel free to contact us.

  • Heat exchanger
  • Inductor Coil
  • tube
  • Heat exchanger

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Reactor Coil Heat Exchanger

For heating or cooling corrosive liquids in manufacturing tanks or storage tanks with mixers! Immersion-type heat exchanger.

The "Reactor Coil Heat Exchanger" is designed for heating and cooling corrosive liquids in immersion-type manufacturing tanks or storage tanks equipped with stirrers. The reactor coil is suitable as a cooler for crystallizers of corrosive liquids. In the crystallizer process, the smooth Teflon-coated tube gently removes crystals that adhere to the reactor coil. The excellent thermal conductivity of this reactor coil improves crystallizer efficiency and allows for precise control of crystal size. 【Features】 ■ Designed for heating and cooling corrosive liquids in immersion-type manufacturing tanks or storage tanks equipped with stirrers ■ The reactor coil is ideal as a cooler for crystallizers of corrosive liquids ■ The Teflon-coated tube gently removes crystals that adhere to the reactor coil ■ Enables precise control of crystal size *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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Slimline Coil Heat Exchanger

Ideal for metal surface treatment and steel pickling applications! Immersion-type heat exchanger utilizing Teflon properties.

The "Slimline Coil Heat Exchanger" is a heat exchanger widely used for immersion-type metal surface treatment, particularly suitable for steel acid pickling applications. Due to the properties of Teflon, it is corrosion-resistant, dirt-resistant, and has a long lifespan, allowing for cost reductions through decreased maintenance expenses. Additionally, the "Q Series," made with the patented resin Q Tube, offers improved operating temperature and pressure, demonstrating high durability and thermal conductivity. It is ideal for continuous and batch acid pickling of steel. 【Features】 ■ Optimal for immersion-type metal surface treatment, especially for steel acid pickling applications ■ Excellent corrosion resistance, dirt resistance, and long lifespan ■ Contributes to cost reduction ■ High-performance "Q Series" lineup using patented resin Q Tube *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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Cubic heat exchanger

Ideal for heat exchangers used with corrosive fluids! Heat exchangers capable of multi-pass structures.

The "Cubic Heat Exchanger" is a heat exchanger that allows for a multi-pass structure and can be freely designed according to application needs. It has a simple structure and excellent maintenance characteristics, and can be used as a condenser for VAPOR with a high presence of inert gases. It is an optimal product for heat exchanger applications involving corrosive fluids on both the process side and the service side. 【Features】 ■ Multi-pass structure is possible ■ Free design according to application needs ■ Excellent maintenance characteristics ■ Can be used as a condenser for VAPOR with a high presence of inert gases *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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Minimize installation area! Graphite cubic heat exchanger.

Optimal as a heat exchanger for corrosive fluids! Achieves compact design with a multi-pass structure. Reduces installation area and provides an easy-to-handle heat exchanger. *Catalog available.

The "Cubic Heat Exchanger" is a heat exchanger that allows for a multi-pass structure and flexible design tailored to specific applications. 【Features】 ■ Compact and requires a small installation area ■ Simple structure with excellent maintenance characteristics ■ Two types of impregnating agents: phenolic resin and PTFE resin ■ Standard heat transfer areas of 5, 10, 15, 20, and 25 (m²), with a maximum of 46 (m²) ■ Usable as a heater, cooler, or condenser ■ Custom manufacturing to dimensions that match existing drawings is possible ■ The service side is standard in metal, but rubber lining, Teflon lining, and graphite are also available ■ Representative fluids: hydrochloric acid, sulfuric acid, various solvents, etc. *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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[Expert Guide] How to Choose Industrial Heat Exchangers *Free Gift

A Handbook for Selecting Industrial Heat Exchangers to Answer the Question: 'Which Material of Heat Exchanger Should Be Chosen for Heating, Cooling, and Condensation Processes...?'

"What type of heat exchanger material should be selected for heating, cooling, and condensation processes...?" Do you have such concerns? With advancements in materials engineering, corrosion-resistant materials have also expanded, and there are a variety of materials available for heat exchangers. However, materials with extensive corrosion resistance are generally costly, and aligning the cost-effectiveness of corrosion resistance with the environment in which they are used is a constant challenge. This selection table lists suitable heat exchanger materials categorized by "industry" and "application." *For more details, please refer to the PDF document or feel free to contact us.*

  • Heat exchanger
  • Heat exchanger

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Filtration device & dedicated heat source unit & heat exchanger

Compatible with outdoor baths that have a high heat dissipation using filtration devices, dedicated heat sources, and heat exchangers.

A system specialized for individual outdoor hot springs. Generally, outdoor hot springs experience a decrease in water temperature due to heat dissipation. In this case, it was predicted that the water temperature would drop by 3 degrees in one hour, so we proposed a system that efficiently maintains the temperature while also incorporating filtration functions. Although it uses a "heat exchanger method," it combines a heat exchanger with a dedicated heat source unit and utilizes a compact home filtration device suitable for the bathtub's capacity. By controlling the dedicated heat source unit and the small filtration device in tandem, it creates a very compact system that eliminates the need for large water heating equipment, unnecessary pumps, and expansion tanks. This system not only keeps the water clean at all times but also maintains a comfortable temperature without cooling down.

  • Water treatment equipment
  • Filtration Equipment
  • Other water treatment equipment
  • Heat exchanger

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WEL-Cool Heat Exchanger CF0.5

Cleared the 1 million cycle pressure test under design pressure! Diffusion bonding of base material strength.

The "WEL-Cool Heat Exchanger CF0.5" is a customizable small microchannel heat exchanger with adjustable heat exchange capacity and design pressure. It features high heat exchange performance with φ0.5mm channels and has passed a pressure resistance test of one million cycles at the design pressure. Made entirely of SUS316L, it is lightweight and palm-sized, allowing for direct connection to piping. 【Features】 ■ High heat exchange performance with φ0.5mm channels ■ Lightweight and palm-sized for direct connection to piping ■ Made entirely of SUS316L, with diffusion bonding of base material strength ■ Passed a pressure resistance test of one million cycles at the design pressure ■ Customizable heat exchange capacity and design pressure *For more details, please refer to the PDF document or feel free to contact us.

  • Other environmental equipment
  • Heat exchanger
  • Heat exchanger

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WEL-Cool Heat Exchanger PF0.5

High-temperature efficiency counterflow type! Customization of heat exchange amount and design pressure is possible.

The "WEL-Cool Heat Exchanger PF0.5" is a compact microchannel heat exchanger with high heat exchange performance due to its φ0.5mm channels. It is made entirely of SUS316L, with diffusion bonding for base material strength. Customization of heat exchange capacity and design pressure is possible. Additionally, this product features a highly efficient counterflow design. 【Features】 ■ High heat exchange performance with φ0.5mm channels ■ Highly efficient counterflow design ■ Made entirely of SUS316L, with diffusion bonding for base material strength ■ Customization of heat exchange capacity and design pressure *For more details, please refer to the PDF document or feel free to contact us.

  • Other environmental equipment
  • Heat exchanger
  • Heat exchanger

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Heat exchanger for hydrogen stations

Achieves high heat exchange performance and miniaturization! Reduces coolant usage, and fittings can be connected from both sides.

WELCON manufactures and sells the standard heat exchanger for hydrogen stations, 'WEL-Cool H2A/H2C', which is used to cool hydrogen before filling. Heat exchangers for hydrogen stations must meet safety standards such as long-term hydrogen exposure resistance and high pressure (approximately 100 MPa: megapascals). Our product meets these safety standards through our unique microchannel flow structure, achieving high heat exchange performance and compactness. 【WEL-Cool Features】 ■ From the first generation "WEL-Cool H2A" to the second generation "WEL-Cool H2C" ■ The "H2C" reduces size and weight by about half compared to the "H2A" ■ Reduced coolant usage ■ Connectable from both sides (2 surfaces) *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • Other electronic parts
  • air conditioning
  • Heat exchanger

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Efforts to miniaturize heat exchangers

By miniaturizing, it is also possible to reduce flow rate! Introducing microchannel heat exchangers.

We would like to introduce our efforts to miniaturize heat exchangers. Heat exchangers with microchannels can be miniaturized without compromising heat exchange performance compared to those without microchannels. Additionally, miniaturization allows for flow rate reduction. At WELCON, we have reduced the volume to one-hundredth while maintaining the same performance using microchannels. You can find more details through the related links. [Overview] ■ Microchannel heat exchangers ■ Increased heat transfer area due to microchannel design ■ High corrosion resistance and heat resistance through solid-phase diffusion bonding *For more details, please refer to the PDF materials or feel free to contact us.

  • Heat exchanger
  • Other electronic parts
  • air conditioning
  • Heat exchanger

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[Must-see for Design Developers] 'Heat Management Device' Utilizing Microchannels

Are you having trouble with heat management for your equipment? There are many applications, including energy, electronic devices, and medical and testing equipment! Let us introduce the heat management devices we offer.

WELCON Co., Ltd. specializes in the production of "thermal management devices." The development of microchannel products using diffusion bonding technology has achieved "high efficiency" and "miniaturization" in thermal management devices. These can be utilized in energy-related equipment, electronic devices, medical devices, and inspection equipment. If you are struggling with thermal management for your equipment, please feel free to consult us. Additionally, you can view materials that not only introduce the thermal management devices we handle but also provide information about microchannels through the "PDF Download." We encourage you to take a look. 【Contents of the materials】 ■ What is a microchannel? ■ Introduction to microchannel thermal management devices ・ Microchannel heat exchangers ・ Microchannel heat sinks (water-cooled) ・ Vapor chambers (VC) *For more details, please refer to the PDF materials or feel free to contact us.

  • Heat exchanger
  • Other electronic parts
  • air conditioning
  • Heat exchanger

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[Free Comprehensive Material Giveaway] Introduction of Compact and High-Performance Thermal Management Components

Achieving high-performance thermal management components with fine, complex structures!

We can assist customers with challenges in areas such as heat exchange, heating, cooling, temperature uniformity, heat transport, and heat diffusion, from problem extraction and proposal planning to design, analysis, prototyping, performance evaluation, quality assurance, and mass production. We provide high-performance thermal management components that leverage microchannel structures (channels less than 1000μm). Our manufacturing process using "diffusion bonding technology" allows for strong and leak-free joints without melting the metal. We guarantee pressure resistance upon shipment (with achievements in compliance with the High-Pressure Gas Safety Act (KHK), the European Pressure Equipment Directive (PED), and ASME). We will comprehensively introduce our strengths and product lineup. 【Standard Lineup of Thermal Management Components】 ■ Microchannel heat exchangers: Heat transfer (exchange) between fluids ■ Microchannel heat sinks: Heat removal and addition by fluids ■ Vapor chambers: Heat diffusion and transport (sheet-type heat pipes) ■ Inline heaters: Heating and vaporization of fluids *For more details, please download the PDF or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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Waste Steam Heat Exchanger 'SR-3/SR-8'

Eliminate equipment steam (vapor) and recover heat! Heat the water supply and save fuel.

The "SR-3/SR-8" is an atmospheric open-type waste steam heat exchanger that is easy to introduce as it is not subject to pressure vessel regulations. The produced hot water can be used for pre-washing and pre-heating of products, as well as for bottle washing and post-cleaning water. Additionally, we offer waste high-temperature water heat exchangers "SR-B1.5" and "SR-B4," which can recover heat from continuously discarded boiler blowdown water and boiler feedwater, raising the feedwater temperature and reducing fuel consumption. 【Features】 ■ Energy saving through heat recovery ■ High installation flexibility ■ Indirect heat exchanger made of all stainless steel ■ Capable of obtaining clean hot water ■ Usable for a variety of applications *For more details, please refer to the PDF materials or feel free to contact us.

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  • Heat exchanger
  • Heat exchanger

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Elfin-type heat exchanger

Ideal Erofin-type heat exchanger for water heaters, boilers, unit heaters, and more.

The "Elophin-type heat exchanger" is a product that facilitates heat exchange by controlling the air outside the pipe. When steam or hot water flows inside the pipe, the heat is transferred to the air outside the pipe through the Elophin, raising the temperature. Conversely, if cold industrial water flows through, the temperature of the air outside the pipe decreases. The Elophin tube is a type of heat dissipation pipe used in heat exchangers, designed by spirally wrapping fins (strip-shaped metal plates = ribbons) around the outer circumference of the pipe to increase the heat dissipation area. The fins are tightly wound with strong tension, ensuring a high degree of contact with the pipe, resulting in excellent heat transfer efficiency. 【Available Steel Types】 ■ Copper ■ Stainless Steel ■ Clad (Stainless Steel + Copper) For more details, please refer to the catalog or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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M-coil type heat exchanger

A high heat exchange rate is, of course, the ideal form of a heat exchanger that also takes into account CIP, SIP, and maintenance.

Adopting a unique seamless coil design, it features a waste-free structure born from high-performance and theoretical design, forming a complete counterflow and demonstrating maximum heat transfer efficiency. Additionally, it is finished in a very compact manner, achieving space-saving. Fully compliant with GMP, it naturally prevents cross-contamination, has no liquid accumulation inside the flow path, and takes into account stress response through steam sterilization.

  • Heat exchanger
  • Heat exchanger

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Fluororesin heat exchanger

Ideal for high-purity chemical reagents!! This is a heat exchanger made of PTFE material with strong heat resistance and corrosion resistance.

In general, resin heat exchangers used in precision chemical industries, as well as in semiconductor, steelmaking, and metal surface treatment processes, have a chronic problem where leakage of chemical solutions frequently occurs at the head portion where the tubes and tube sheets are joined. The PTFE heat exchangers introduced by our company apply a special PTFE welding technology (Patent No. 0322241) to minimize the issue of chemical leakage at the head portion. Furthermore, by using PTFE tubes instead of the PFA tubes typically used in resin heat exchangers, we have improved heat resistance and corrosion resistance, while also reducing the friction coefficient of the internal surface to prevent the adhesion of contaminants to the internal surface. Preventing internal contamination not only helps maintain the purity of the chemical solutions but also simplifies maintenance, resulting in cost savings.

  • Other machine elements
  • Thermostatic water bath
  • Other physicochemical equipment
  • Heat exchanger

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Multi-tube heat exchanger (shell & tube) "Loss type heat exchanger"

Robust structure, effective thermal efficiency! A multi-tube heat exchanger that remains unaffected even after long hours of use. Due to its high cost-effectiveness, multi-tube heat exchangers are gaining attention!

The ROSS-type heat exchanger is the most versatile standard heat exchanger developed by American Standard based on 70 years of rich experience and technology. It is optimally selected using our proprietary software and manufactured in Japan. This ROSS-type heat exchanger is designed to be lightweight and compact, offering high thermal efficiency and cost-effectiveness. 【Features】 - The bonnet is available in three materials: brass, cast iron, and stainless steel. - The heat transfer tubes are available in two materials: stainless steel and titanium. - The body is resistant to corrosion. - The distribution box and fixed tube sheet are made of forged stainless steel. - Easy to install. For more details, please contact us or download the catalog.

  • Heat exchanger
  • Heat exchanger

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Multi-tube heat exchanger (shell & tube) "TSK"

Compact and high heat exchange rate multi-tube heat exchanger! A multi-tube heat exchanger that doesn't take up installation space! A multi-tube heat exchanger that is resistant to high temperature and high pressure! An attention-grabbing multi-tube heat exchanger!

The multi-tube heat exchanger "TSK" is a highly corrosion-resistant heat exchanger made of stainless steel and titanium, developed by leveraging over 30 years of manufacturing and sales experience with ROSS-type heat exchangers. It is suitable for various applications, including heating, oil supply, hot springs, and pools, as well as heat recovery, making it a heat exchanger that matches the energy-saving era. Depending on the application, there are all-stainless steel SOW type and all-titanium TOW type models available. 【Features】 - Easy to integrate into machinery and install in piping lines due to flange connections - Long lifespan due to the use of highly corrosion-resistant materials - Low fouling coefficient and high internal film coefficient For more details, please contact us or download the catalog.

  • Heat exchanger
  • Heat exchanger

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Introduction of Airec's heat exchangers from Sweden.

Introducing the four main applications and case studies of Airec's heat exchangers!

This document introduces Airec, a company that deals with heat exchangers in Sweden, handled by Tōzai Shōji. It includes the four characteristics of heat exchangers, case studies of Airec products in the EU, and drawings of a dishwashing system using the Cross 30. [Contents (excerpt)] ■ Four characteristics of Airec heat exchangers ■ About the main products Cross and Compact ■ Case studies of Airec products in the EU ■ Four main applications of Airec heat exchangers ■ Considerations for operators when introducing Airec heat exchangers into commercial dishwashers *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • Heat exchanger

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Ultra-vacuum, ultra-low temperature environment metal O-ring gasket Yutite seal

Can be used in places where gasket use is restricted, such as ultra-high vacuum and cryogenic environments! Compatible with materials like aluminum, stainless steel, copper, nickel, and silver.

The "Yutaito Seal" is a metal O-ring type gasket that incorporates an elastic core (coil spring). Despite being made of metal, it exhibits properties similar to elastomers (rubber) due to its excellent compression and recovery characteristics. It can be used in various locations that require long-term continuous use and is economical. It can be applied in areas where the use of elastomer O-rings and gaskets is restricted due to issues such as vacuum and ultra-high vacuum, accelerator facilities, nuclear applications, aerospace engineering, valves, and challenges related to temperature, corrosion, pressure, radiation, gas release, and durability requirements. 【Structure】 - The standard type has a circular cross-section and consists of an elastic core (coil spring) tightly wound in the center, covered by one or two layers of coating. - The outer coating (outer layer) is made of a familiar ductile metal, while the inner coating (inner layer) in the case of two layers is made of a relatively hard metal. *For more details, please download the PDF or feel free to contact us.

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  • Sealing
  • Heat exchanger

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Environmental Equipment "Heat Exchanger"

It is a compact plate-type heat exchanger with various features.

We will plan the optimal heat exchanger tailored to your needs using our proprietary heat exchanger calculation software, COMPAC-GG. It is a compact plate-type heat exchanger with various features. 【Features】 - Simple, lightweight, and compact unit structure - Fewer types of components, which is advantageous for maintaining quality and delivery times in design and manufacturing - High expandability due to the unit structure, capable of handling both low and high air volumes For more details, please contact us or download the catalog.

  • Other environmental equipment
  • Heat exchanger

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PharmaLine Sanitary Double Tube Sheet Multi-Tube Heat Exchanger

A high-quality shell and tube heat exchanger developed with a focus on applications that require high sanitary standards in the pharmaceutical industry.

Pharma-line has a structure that makes draining and cleaning easy, and it does not cause contamination from two-liquid mixing that can occur in conventional heat exchangers. The standardized U-tube Pharma-line can accommodate many applications. Upon request, we can provide special designs and quality control documents related to the Pharma-line.

  • Heat exchanger
  • Heat exchanger

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Wide-gap plate heat exchanger

A heat exchanger developed for the heating, cooling, and heat exchange of fluids containing fibers and particles.

Wide gap plate heat exchangers were developed for the purpose of heat exchange with fluids containing fibers or coarse particles, as well as fluids with high viscosity. They accommodate fluids that tend to clog in conventional "plate" or other types of heat exchangers with wide gap channels (flow paths) of 16mm or 22mm. This design 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.

  • Heat exchanger
  • Heat exchanger

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Plate heat exchanger for air conditioning and refrigeration.

Alpha Laval plate heat exchangers for making every space we live in a cleaner and more comfortable environment.

The protection of the Earth's environment is being highlighted, and there is a demand for refrigerating machines to be environmentally friendly. Plate heat exchangers can accommodate alternative refrigerants and natural refrigerants that replace specific freons that destroy the ozone layer. Today, as the adoption of "plate type" in refrigeration is becoming common both globally and in Japan, Alfa Laval promises to optimize the efficiency of your processes.

  • Heat exchanger
  • Heat exchanger

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Twin-plate heat exchanger

The strongest combination of welding and gaskets that expands the possibilities of "plate type."

It was developed for fluids that immerse rubber gaskets. The twin plates, which are laser-welded together, not only enable heat exchange of fluids that was difficult with conventional gasket plate heat exchangers but also significantly expand the usable temperature range. In processes where other types of heat exchangers have been used, it maximizes the advantages of the "plate type" characteristics, surpassing them with numerous benefits, and achieves the best performance unique to the "twin plate type."

  • Heat exchanger
  • Heat exchanger

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