Prices of Heat Exchangers
Prices of Plate Heat Exchangers
A heat exchanger is a device that transfers heat from one fluid to another due to the temperature difference between them. This process occurs without any direct contact or mixing of the two fluids. The price of a plate heat exchanger is highly affordable, given its exceptional performance and high quality.
 
 Plate Heat Exchanger
The plate heat exchanger is one of the most essential and widely used components in boiler systems, designed to transfer heat from one fluid to another. This type of heat exchanger is made up of multiple grooved plates that are positioned parallel to each other. The plates are joined together using either a threaded (gasketed) or welded connection. Gasketed models are utilized for high-capacity systems but welded models are used for low-capacity applications.
 
Operation of Plate Heat Exchanger
When the plates of a heat exchanger are assembled, gaps are formed between them. The device also includes two separate pipes, one for the entry and exit of the cold fluid, and the other for the hot fluid. These pipes are alternately connected to the plates. When the cold and hot fluids flow through the pipes, heat exchange occurs via the plate walls between the two fluids.
 
Applications of Plate Heat Exchangers

Pharmaceutical industries
Power plants
Oil, gas, and petrochemical industries
Air conditioning systems
Food industries
And so on.

 
Benefits and Characteristics of Plate Heat Exchangers

Their compact size and lightweight design cause them to occupy small space.
Some models enable the replacement or addition of plates, allowing for damaged plates to be repaired or replaced. In this case, the remaining plates can be reconnected and the system can continue operation.
They have great efficiency and functionality.
And so on.

 
 
What is a Pool Heat Exchanger?
Today, the pool heat exchanger is considered one of the most important and commonly used pieces of equipment for heating the water in swimming pools. Given its wide range of uses, the price of a pool heat exchanger is quite reasonable.
The reason for mentioning “today” is that pool water was heated directly in the past. This was done by sending the pool water directly into the boiler or the tank. However, since pool water contains various chemicals and mineral additives, the parts inside the boiler, especially the critical components, would slowly deteriorate due to continuous contact with the pool water. This quick wear caused significant damage, resulting in high costs for the user.
 
Therefore, various factors are taken into consideration to maintain the integrity of the boiler, heat the pool, minimize unnecessary expenses, and address other related concerns. As a result, heat exchangers are now used in almost all pool heating systems as intermediaries.
Therefore, pool water temperature is controlled and regulated, making these devices a vital part of pool construction. As heat exchangers come in a variety of types, the shell-and-tube type is among the widely-used heat exchangers available for pools because of its high efficiency, relatively high flow rate, ease of maintenance, and other reasons.
In general, the process of heating pool water in this type of heat exchanger primarily uses a water-to-water system. Two separate water circuits exist in this system: one for the pool water and another for the circulation of hot water from the boiler room. The hot water in the boiler room is heated by systems such as boilers or storage tanks. This heated water is then circulated through the pool heat exchanger, thereby raising the pool water temperature.
To our knowledge, swimming pool water contains chemicals like chlorine, which have corrosive properties. Therefore, components that are in direct contact with pool water are typically manufactured from highly durable alloys, with stainless steel being the most commonly used material because stainless steel exhibits high resistance to rust and corrosion, ensuring a long lifespan. Furthermore, its high efficiency and durability allow it to perform optimally for an extended period. Stainless steel is preferred over copper alloys for several reasons, including its strong resistance to chemical substances, minimal scaling, smaller size for the same capacity, and lightweight.
What is a Heat Exchanger in a Boiler Room?
Heat exchangers are commonly used in residential and industrial applications. One of the primary areas where they play a critical role is in a boiler room, an essential part of any building or factory, where various equipment and systems are used.
Heat exchangers are frequently employed in industries such as petrochemicals, oil and gas, and food processing. Since the main task of a heat exchanger is to transfer heat from one fluid to another, in residential boiler rooms, they are mainly used to heat the water for domestic use but in industrial boiler rooms, heat exchangers are used for cooling the water circuits, supplying hot water, preheating, distilling solvents, and so on.
Heat exchangers are classified into different types based on various factors. In this regard, two of the most commonly used types in boiler rooms are plate heat exchangers and shell-and-tube heat exchangers. The shell-and-tube heat exchanger is often found in larger boiler rooms, especially where high temperature and pressure conditions exist. This is because its design and function make it suitable to handle such conditions, ensuring high efficiency without compromising the heat exchanger. However, plate heat exchangers are mainly used in smaller residential or medium-to-low-capacity industrial boiler rooms.
The reason for this difference is the design and installation of the plates in the heat exchangers, which makes the use of plate heat exchangers more limited. In these types of heat exchangers, metal plates are arranged in parallel rows, just behind together. Special gaskets are used to separate the plates, creating gaps for fluids to flow. The plates in a plate heat exchanger can be connected by three methods: welding, semi-welding, and gasketed.
Gasketed plate heat exchangers are only suitable for low-to-medium pressure boiler rooms, while welded and semi-welded plate heat exchangers perform better in high-pressure systems. In shell-and-tube heat exchangers, the shell and the tube bundle play the main role in the heat exchange process in such a way that one fluid enters the shell, while the other enters the tubes.
As mentioned earlier, these heat exchangers are effective and efficient, and thus they are ideal for applications like crude oil distillation in the oil industry. Their low fouling tendency and ease of cleaning also make them popular for heating systems in swimming pools.
Heat exchangers for boiler rooms have different prices. Due to the numerous factors that influence their price, including the type and material of the heat exchanger, its size and capacity, the brand and manufacturer, and the quality of its components, it is not possible to give a fixed or standard price.
To purchase heat exchangers or get information about the price of plate heat exchangers, feel free to contact us via the provided phone numbers and consult with our experts in selecting the most suitable heat exchanger for your needs.