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Heat Exchanger
(762 products available)Heat exchangers are considered important tools in order to provide some level of temperature control for many industrial, commercial, and process-driven applications. Heat exchangers are specifically engineered to transfer heat from one or more fluids to another without the fluids mixing and need to be supervised. Heat exchangers can be employed in HVAC, chemical manufacturing, power plants, and food processing. A high-performance heat exchanger uses a series of plates, coils, or tubes to provide more surface contact with maximum protection, separating the fluids while maintaining a strong connection with high thermal conductivity (low energy wastage), a long service life, the capability of remaining dependable whilst engaging with vapours, and resistance to corrosive environments. All heat exchangers are ergonomically designed with ease of use and flexibility while meeting demands. This includes their ability to be incorporated into a new installation or retrofitted into an existing system, as well as easy setup, a space-saving footprint, and easily notated systematic mechanical installed controls, where they have out of the box applicability to existing pipelines. Heat exchangers can come in multiple sizes and configurations, and despite the operating pressure and performance requirements by the industry. Heat exchangers greatly reduce energy consumption and have a quiet and non-intrusive operational status, making them more environmentally friendly and allowing for reduced impact on sustainable business practices. Investigate a complete line of reliable and cost-efficient heat exchangers today, which are available at Aajjo. Read more
Heat Exchanger Products, Price, Specifications & Features
Industrial Heat Exchanger - Mild Steel, Coil Type, Water Medium
₹ 60,000 /Unit
Get Best Price| Brand: Microtech Inductions |
| Brand : Microtech Inductions |
| Country of Origin : Made in India |
| Material : Mild Steel |
| Medium Used : Water |
1000 L SS Heat Exchanger
₹ 1,20,000
Get Best Price| Brand: S N Engineering |
| Application Type : Chemical Processing |
| Brand : S N Engineering |
| Capacity : 1000 L |
| Heat Transfer Type : Indirect |
₹ 2,40,000
₹ 1,50,000
₹ 1,80,000
Paint Coated Heat Exchanger
₹ 1,00,000
Get Best Price| Brand: Alfa Laval |
| Application : Power Generation |
| Availability : In Stock |
| Brand : Alfa Laval |
| Material : Stainless Steel |
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Heat Exchanger
₹ 30,000
Get Best Price| Application : Pharmaceutical industry, Power Generation, Hydraulic and Industrial Process |
| Design : Customized |
| Model : Heat Exchanger |
| Type : Shell tube heat exchanger |
₹ 2,00,000
Real Ions Stainless Steel Tube Heat Exchanger, For Industrial, 160 Degree F
₹ 45,000
Get Best Price| Brand : Real Ions |
| Country of Origin : Made in India |
| Inlet Temperature : 160 Degree F |
| Material Grade : SS 316 |
Copper Finned Tube Heat Exchanger, For Power Plant
₹ 25,000
Get Best Price| Brand : Vertex |
| Material : Copper |
| Pressure : Customize |
| Recommended Order Quantity : 1 Piece |
Heat Exchanger
₹ 60,000
Get Best Price| Application : Heater |
| Availability : In Stock |
| Max Output Flow rate (m3/hr) : 50-100, 30-40, 40-50 |
| Medium Used : Air |
Stenter Machine Heat Exchanger
₹ 5,00,000
Get Best Price| Certification : ISO 90012015 |
| Min. Order (MOQ) : 1 Piece |
| Model : Stenter Machine Heat Exchanger |
| Type : Stenter Machine Heat Exchanger |
₹ 1,50,000
₹ 1,00,000
₹ 1,00,000
Industrial Condensing Unit
₹ 10,000
Get Best Price| Color : Silver / Black |
| Country of Origin : Made in India |
| Material : Copper |
| Model Name/Number : MR-EGS-01-02 |
MS Heat Exchanger Machine
₹ 65,000
Get Best Price| Availability : In Stock |
| Body Material : Mild Steel |
| Liquid Flow Rate : 2.5m/s |
| Max Output Flow Rate : 10-20 m3/hr |
Wire Wound Heat Exchanger
₹ 20,000
Get Best Price| Flow Rate : 100 m3/hr |
| Material : Aluminium |
| Model : Wire Wound Heat Exchanger |
| Noise Level : 45 db |
₹ 50,000
₹ 20,000
₹ 60,000
Pharmaceuticals Food Heat Exchanger
₹ 50,000
Get Best Price| Model : Pharmaceuticals Food Heat Exchanger |
| Surface Finish : Polished |
| Type : Air-Cooled |
| Usage/Application : Pharmaceutical industry |
₹ 2,00,000
₹ 1,00,000
₹ 50,000
Shell And Tube Heat Exchanger For Footwear Machine
₹ 1,35,000
Get Best Price| Flow Rate : 400 LPM |
| Material : Copper |
| Medium Used : Water |
| Model : Shell And Tube Heat Exchanger For Footwear Machine |
₹ 25,000
₹ 16,500
Paddy Dryer Heat Exchanger
₹ 1,65,000
Get Best Price| Finishing : Powder Coated |
| Inlet Temperature : 20 degree C |
| Material : Mild Steel |
| Model : Paddy Dryer Heat Exchanger |
Finned Tube Heat Exchanger
₹ 22,000
Get Best Price| Application : Hydraulic and Industrial Process |
| I Deal In : New Only |
| Inlet Temperature : 20 degree c |
| Medium Used : Water |
₹ 22,000
₹ 25,000
₹ 50,000
₹ 20,000
Condenser & Heat Exchanger
| Application Type : Industrial |
| Capacity : more than 5 KL |
| Dimensions (LxWxH) : Aas per product |
| Flow Rate : 2500 lpm |
₹ 10,00,000
₹ 10,00,000
Stainless Steel Heat Exchanger, For Industrial
₹ 13,000
Get Best Price| Availability : In Stock |
| Material : Stainless Steel |
| Ratings : 1600 Farheniet |
| Shell Diameters : Up to 80 inch |
Round Seamless And Welded Heat Exchanger U Tubes, For Industrial, Material Grade: Austinatic
₹ 10,000 /Kilogram
Get Best Price| Length : 4-6 meters |
| Material Grade : Austinatic |
| Shape : Round |
| Size : 1''-2'' |
Heat Exchanger
₹ 80,000 1,00,000 20.00% Off
Get Best Price| Flanges : As per your requirement |
| Material : stainless steel, Carbon steel, Clad, Hastelloy, Alloy and high nickel alloys. |
| Model : SSFHE |
| Surface Finish : Matt / Mirror as required |
₹ 1,00,000
Shell And Tube Heat Exchanger
₹ 2,50,000
Get Best Price| Heat Transfer Type : Compact |
| Material : Stainless Steel |
| Medium Used : Air |
| Usage/Application : For Food Processing Industry |
Coated Stainless Steel Industrial Heat Exchanger, For Food Processing Industry, Air
₹ 17,000
Get Best Price| Dimensions (LxWxH) : 70x80x150 Inch (LxWxH) |
| Flow Type : Cross Flow |
| Heat Transfer Type : Compact |
| Material Grade : SS 316 |
Stainless Steel Heat Exchangers
₹ 1,00,000
Get Best Price| Frequency : 50-60 Hz |
| Material : Stainless Steel |
| Maximum Working Pressure : 4.5 Mpa |
| Medium Used : Air |
₹ 1,75,000
Shell Tube Type Heat Exchanger, For Food Process Industry
₹ 15,000
Get Best Price| Availability : In Stock |
| Flow Type : Cross Flow |
| Heat Transfer Type : Condensers |
| Usage/Application : Food Process Industry |
Stainless Steel Heat Exchangers
₹ 70,000
Get Best Price| Generation Type : Air-Cooled |
| Material : Aluminium |
| Medium Used : Air |
| Model : Stainless Steel Heat Exchangers |
₹ 6,00,000
₹ 1,50,000
Steel Tube Heat Exchanger, Medium Used: Water
₹ 50,000
Get Best Price| Delivery Time : 4 Weeks |
| Item Code : BTHEx |
| Medium Used : Water |
| Packaging Details : Wooden Packaging |
Heat Exchanger
₹ 1,29,000
Get Best Price| Horizontal Port Distance : 203-225 mm |
| Material : Stainless Steel |
| Max Flow Rate : 20-50 kg per second |
| Max Pressure : 10/16 Bar |
Paint Coated Copper Heat Exchanger, For Food Process Industry, Water
₹ 10,001
Get Best Price| Design Pressure : 35 bar |
| Inlet Temperature : 150* |
| Max Output Flow rate : 10-20 m3/hr |
| Medium Used : Water |
Faridabad, Haryana
Stainless Steel Heat Exchanger
₹ 1,90,000
Get Best Price| Color : Silver |
| Grade : 316 |
| Heat Transfer Type : Condensers |
| Material : Stainless Steel |
Heat Exchangers
₹ 40,000
Get Best Price| Application : Industrial |
| Input Frequency : 50 Hz |
| Material : Metal |
| Power Source : Electric |
Copper Tube Heat Exchanger
₹ 13,000
Get Best Price| Country of Origin : Made in India |
| Flow Rate : 20LPM |
| Inlet Temperature : 42 DegreeC |
| Material : Copper and SS |
Condenser Heat Exchanger For liquid And Gases
₹ 2,42,086
Get Best Price| Model : Condenser Heat Exchanger For liquid And Gases |
Aftercooler Assy. (3 Pass) For Detroit Diesel 6v, 12v Engines
₹ 56,000
Get Best Price| Automation Grade : Manual |
| Cylinder : Single Cylinder |
| Material : Mild Steel |
| Number Of Cylinder : 1 |
Mild Steel Finned tube Heat Exchangers, For Food Process Industry, Double Pipe
₹ 50,000
Get Best Price| Brand : Thermal Energy |
| Country of Origin : Made in India |
| Flow Type : Cross Flow |
| Heat Transfer Type : Double Pipe |
chennai, Tamil Nadu
Industrial Refrigeration Unit
₹ 30,000
Get Best Price| Applications : Cold Storage and Warehousing |
| Body Material : Mild Steel |
| Brand : Dhanpurna Puf Insulation |
| Compressor Type : Reciprocating Compressor |
Compressor Heat Exchanger
₹ 20,000
Get Best Price| Application : Mining & Construction Industry |
| Availability : In Stock |
| Country of Origin : Made in India |
| Medium Used : Water |
PLUG FLOW REACTOR, For Chemical Industry, Capacity: <1 KL
₹ 15,000
Get Best Price| Automation Grade : Manual |
| Capacity : <1 KL |
| Color : BLUE |
| Inner Diameter : 1METER |
₹ 10,000
₹ 10,278
₹ 10,000
Stainless Steel Water Cooled Aftercooler, Compact
₹ 10,000
Get Best Price| Color : White |
| Country of Origin : Made in India |
| Flow Type : Parallel Flow |
| Heat Transfer Type : Compact |
Polished Stainless Steel Industrial Used Heat Shell Exchanger, Tube, Capacity: 2-3 KL
₹ 60,000
Get Best Price| Capacity : 2-3 KL |
| I Deal In : New and Second Hand |
| Material : Stainless Steel |
| Max Pressure : 3-6 kg |
Top Heat Exchanger Manufacturer and Supplier
Frequently Asked Questions about Heat Exchanger
What is a heat exchanger used for?
A heat exchanger moves heat from one substance to another, but it does not let them mix. This process is important in many businesses and daily uses because it helps control the temperature, improves how well something works, and keeps people safe. Heat exchangers bring two fluids, such as air, water, oil, or gas, close together. Heat moves from the warm fluid to the cool one. This occurs through a solid wall or, sometimes, by direct contact, which depends on how someone built the machine. About practical uses, people find heat exchangers in many places. For example, a car has a radiator that acts as a heat exchanger - it cools the engine's hot liquid with air that moves over it. In houses plus other buildings, heat exchangers help warm or cool air and water. That makes heating, ventilation along with air conditioning systems work. Industrial uses appear in power plants, chemical plants, oil refineries as well as food processing places. The machines cool or warm liquids and gases for different jobs. Heat exchangers also help save energy; they gather heat from exhaust gas or waste flows. People use this to heat air or water that enters. This lowers the energy use and the cost of operation. Heat exchangers keep machines plus processes working well and safely; they manage heat transfer in a controlled way.
How much does a heat exchanger cost?
The cost of a heat exchanger changes much based on its type, size, material along with how people plan to use it. In India, for instance, the price range for industrial heat exchangers is wide. Simple models, like a basic shell and tube or a simple tube heat exchanger, begin at ₹5,000 to ₹20,000 for one unit - these work for small jobs or less difficult uses. A standard or custom model, such as a stainless steel or coated heat exchanger, often has a price between ₹35,000 and ₹200,000 for one piece. Some industrial heat exchangers and large evaporation plants sell from ₹2,000,000 to ₹40,000,000 or even higher. The price depends on their capacity, plan as well as where people use them. On the international market, brazed plate heat exchangers, which people use broadly in air conditioning, refrigeration in addition to heating systems, usually sell from $340 to $5,200. This price depends on their size and features. The price of a heat exchanger can begin at a few thousand rupees for a basic model - it can rise to several million rupees for large, custom made, or high performance units. The final price depends on things such as the material, the size, how complex it is next to the specific needs of the job. People who buy them should think carefully about what they need; they should also ask sellers for correct prices that fit their project.
What is the principle of heat exchanger?
A heat exchanger works by letting warmth move from a hot material to a cooler one - these devices move thermal energy between two or more liquids or gases, but they do not mix them. This movement occurs across a wall, usually made of metal, that carries warmth from the hot fluid to the cold fluid.The process primarily moves heat in two ways - conduction and convection. A metal wall separates two fluids plus shows conduction, which means heat passes directly through a solid. When the hot fluid touches one side of the wall, the heat moves through the metal. It warms the cold fluid on the other side. Convection involves the fluids themselves moving, which spreads heat more evenly. As the hot fluid cools, it lets go of heat along with the cold fluid takes in this heat, getting warmer. The way a heat exchanger works rests on several elements. The temperature difference between fluids affects it. The surface area that lets heat move also matters. The speed of the fluids has an effect.People change these elements when they use heat exchangers; they warm or cool fluids in different situations. Car radiators use them, and so do home heating units. Factories and power stations employ them too. This method of operating shows that heat exchangers are needed to manage temperature in many regular plus industrial settings.
What are the three types of heat exchangers?
Heat exchangers fall into various categories, but three common types depend on how someone builds and designs them, which include the shell plus tube heat exchanger, the plate heat exchanger, and the finned tube heat exchanger.The shell also tube heat exchanger is common in many fields because it holds up well and works with high pressures - it has a big outer shell, as well as a group of tubes sits inside. One liquid goes through the tubes, but another liquid moves around the tubes inside the shell. This design moves heat well between the two liquids without mixing them.A plate heat exchanger has many thin metal plates stacked together - these plates have paths for hot and cold liquids to move. The plates are set up so the liquids move in different paths, one after another - this increases the area where heat can transfer, so the exchanger is small plus works well. People often use plate heat exchangers in food processing, chemical production along with heating, ventilation as well as air conditioning systems.The finned tube heat exchanger uses tubes with added parts called fins. The fins increase the area that transfers heat. That helps heat move between a liquid inside the tube and a gas or air outside; this exchanger often appears in air conditioning, car radiators in addition to units that reclaim heat. People pick one of these three types based on what they need it for, how well it must work, also what kinds of liquids it will handle.
Which heat exchanger is better?
No one heat exchanger works well for all jobs. The proper choice depends on specific needs, such as the fluids it handles, the needed temperature and pressure, the room available along with the amount of upkeep one manages. Plate heat exchangers often work best for many uses because they present a large surface for heat transfer in a small design. This makes them good when room is tight plus much effectiveness is needed; they are common in food and beverage, chemical processing as well as HVAC industries. Quick, exact temperature control matters.Shell also tube heat exchangers, by contrast, are quite dependable and manage higher pressures as well as temperatures. They fit large industrial work, such as at power plants and oil refineries. Their plain, sturdy design also lets them work with dirty or thick fluids that could block other exchanger types.Finned tube heat exchangers work best when you move heat between a liquid plus a gas, as in air conditioning or radiators. The fins raise the surface area for better heat exchange with air.In short, plate heat exchangers commonly move heat well and fit small spaces. Shell also tube exchangers stand up to hard industrial work. Finned tube exchangers suit liquid-to-air tasks. The best choice relates to your precise needs.
What is the cost of Daikin heat exchanger?
The price for a Daikin heat exchanger in India changes much according to its model, its type along with its purpose. For some parts, such as the Daikin 2P448532 Indoor AC Coil Heat Exchanger, a piece may cost about ₹7,900 to ₹2,00,000. This price depends on the seller and the exact details. As an example, some sellers show the Daikin 2P448532 Indoor AC Coil Heat Exchanger at ₹7,900 for one piece. Other listings for similar or better coil type heat exchangers reach ₹2,00,000 per piece for bigger or more specific units. Daikin sells copper heat exchangers. A price often ranges from ₹10,000 to ₹18,500 for each exchanger. The size and look of a part control the cost. People should know that heat exchanger part prices change. Customers can get a whole coil assembly, or they can get a piece.To compare, other Daikin AC parts, like expansion valves, cost much less; they often sell for ₹1,800 to ₹1,950 per piece. When you buy a Daikin heat exchanger, always check the exact model and its details. This helps you get the correct part for your system. Compare costs from different sellers to find the best offer. The large price range shows differences in the part's power, its composition along with its function.
What is LMTD in heat exchanger?
Log Mean Temperature Difference, or LMTD, calculates the average temperature spread between a hot and a cold fluid inside a heat exchanger. The temperature spread does not stay the same along the exchanger. As a heat exchanger works, the hot fluid cools along with the cold fluid warms as they move through the device. The temperature spread between them changes from one end to the other. The LMTD considers these changing temperatures and produces one value that shows the average force that moves heat.To figure LMTD, you check the temperature spread between the hot and cold fluids at the inlet and outlet of the heat exchanger. The calculation applies these two spreads in a special formula that uses logarithms. The formula is - LMTD = (ΔT1 - ΔT2) / ln(ΔT1 / ΔT2). ΔT1 represents the temperature spread at one end, and ΔT2 is the temperature spread at the other end.LMTD matters greatly in heat exchanger design - it helps engineers determine the amount of heat the fluids can trade. A larger LMTD means more heat can pass between the fluids. It matters for building heat exchangers that work well. The LMTD method finds use in most heat exchangers - it does not apply when a phase changes or when the specific heat of the fluids changes much.
What is the application of a heat exchanger?
A heat exchanger transfers heat from one fluid to another without combining the two fluids. People use these devices to cool or warm something. At home, people find them in heating systems, such as boilers and radiators; they help warm houses by moving heat from hot water or steam to the air in the rooms. Refrigerators plus air conditioners also have them. They take heat from inside to keep items cold and the air comfortable. Industries use heat exchangers in many processes. In the food also drink industry, workers use them to pasteurize milk or juice, sterilize goods along with cool liquids fast to keep them good. In chemical and petrochemical factories, they manage the high temperatures needed for chemical reactions - they also help cool or warm process fluids safely. Oil refineries use them in distillation as well as refining steps. Power plants depend on them to turn steam back into water and control waste heat. This helps the plant work better plus use less energy. Cars have heat exchangers, as the radiator cools the engine. Public places, such as swimming pools, also use them to keep the water warm. In factories, they cool hydraulic oil, warm furnaces as well as get energy from hot gases. The devices move heat well, so they are important in almost every area. They help save energy, make things safer in addition to keep equipment and processes running without problems.
What is the duty of a heat exchanger?
A heat exchanger moves warmth from one fluid or substance to another - it does this to manage temperature in many processes. The two substances do not mix. This transfer matters for heating, cooling, or getting back energy in systems. You find these systems in houses, factories along with cars. The main job is to take out unwanted warmth or to add warmth where it is needed - this depends on what you use it for. In practice, a heat exchanger manages temperature safely and well. A car contains engine coolers. This part takes in warm radiator air from the hot engine oil or coolant. For home heating, heat exchangers warm air with hot water or steam - this warms a house. Manufacturers cool chemical processes and exhaust gases with heat exchangers; they hold certain temperatures for production and treatment. Heat exchangers transfer heat well, so they use less energy. They also cut down on waste - they keep equipment from getting too hot or too cold. They are important because processes run well and safely; they help save energy because they use warmth again that people would otherwise lose. The job of a heat exchanger is to control and make warmth transfer better; this leads to better performance, safety as well as lower costs in many different uses.
How long will a heat exchanger last?
A heat exchanger works for many years when a good design, proper materials along with correct upkeep are present. Heat exchangers last between 10 and 30 years. This time frame varies with several issues. For instance, common rooftop unit heat exchangers last about 15 to 20 years. Shell and tube heat exchangers in factories can reach 25 years or more with good care also usual working conditions. Some kinds, such as those built from cast iron, run between 20 and 50 years, but people use them less often in new systems. The years a heat exchanger runs depend much on its material - it also depends on the type of liquids it moves, the place it operates, as well as how often workers clean and repair it. Stainless steel plus copper are common choices; they fight rust and manage temperature shifts well. Even these materials wear out quicker if people use them in tough spots or do not care for them. Cleaning often prevents dirt or scale from collecting. Checking for leaks or rust helps a heat exchanger work well for as many years as possible. In short, a heat exchanger generally works between 10 also 30 years with good design, suitable materials along with regular upkeep. Some run even longer if conditions help and care continues.
How much does a heat exchanger part cost?
Heat exchanger parts change in price based on their type, component along with place of sale. Gaskets as well as small tube sheets are cheap for many house and small business systems. A plain heat exchanger plate or gasket in India may cost from ₹100 to ₹2,000. More complex components, like tube bundles, cost from ₹5,000 to ₹20,000. Some custom or industrial items are costly. Tube sheets, for example, typically cost between ₹2,500 and ₹6,500 each, also this depends on their size and material.When one looks at international suppliers, heat exchanger plates or gaskets may cost around $100 per piece. This price goes up if one wants special materials or custom sizes. For bigger or more specialized parts, like tube bundles or full replacement pieces, the price climbs higher. Sometimes it reaches several thousand dollars or hundreds of thousands of rupees for industrial uses.In short, small heat exchanger parts typically have a low cost as well as are easy to get. But prices for bigger or custom parts can be much higher. One should always check the exact needs of a system and compare prices from different suppliers to get the best value. Most suppliers provide many choices to suit various budgets plus needs.
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