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WHTF-GU15
Lvjie
Product Description
Work Condition:
1)Refrigerant side: R22,R134a,R407c,R410a etc.
2)Water side: fresh water, nature water, drink water, seawater, saltwater, ground water etc .
Material:
1)Heat transfer Tube: 316L / SUS304 / Copper / Titanium
2)Shell: 316L / SUS304 / Carbon steel / PP / PVC
Removable Easy To Clean
You can take tube bundle out of shell, it can be easily cleaned.
The spiral baffle makes the shell side fluid flow in a continuous spiral shape.
The inner tube refrigerant adopts double in and double out, which makes the refrigeration effect better, the refrigerant flows smoothly, and the cold and heat exchange improves rapidly.
Wuxi Lvjie Engery Saving Technology Co.,Ltd.designs and manufactures a wide range of heat exchangers for refrigeration, industrial and special applications .Our evaporators and condensers can be manufactured with different materials and can work with all types of fluids and with duty up to 6000 kW. We are prepared for the solution of different heat exchange problems, thanks to the widest experience of technical departments able to suggest technical solutions best suited to each customer's need.
FAQ:
1.Are you factory?
Yes,we are one of the largest corrosion resistant heat exchanger manufactory in China.
2.Are there any discount for the heat exchangers?
Yes. Bigger quantity will enjoy lower discount!
3.What information needed if I want a quotation?
Please advise us the Type of heat exchangers, Material , Heat Exchanger Capacity, Water Flow, Water Temperature in and out ,Refrigrant Freon Type, Quantity, or any requirements in size.
4.What is the MOQ?
We accept loose quantity order,mixed order,any trial orders.
5.When can I get the price?
We usually quote within 8 hours after we get your inquiry.
Heat exchangers are essential components in a variety of industrial and engineering applications, used to exchange heat between two different fluids or media. Among the most popular choices is the stainless steel copper tube shell and tube evaporator, which offers numerous advantages over other types of heat exchangers. This blog post will explore the features and benefits of the stainless steel copper tube shell and tube evaporator, particularly with regards to its long service life and how it can be used for saltwater applications. We’ll also discuss why this type of heat exchanger is a great choice if you’re looking for reliable performance in an array of industrial processes.
There are many materials that can be used for a heat exchanger, but not all are created equal. Some materials are better suited for specific applications than others. When it comes to choosing a material for your heat exchanger, it is important to consider the service life and compatibility with the fluids being used.
For example, stainless steel is a popular choice for heat exchangers because it is resistant to corrosion and can withstand high temperatures. However, it is important to note that stainless steel is not compatible with all fluids. If you are using a heat exchanger with saltwater, you will need to choose a different material such as copper.
Copper is another popular choice for heat exchangers. It has excellent thermal conductivity and is also resistant to corrosion. Copper is compatible with most fluids, making it a good choice for general purpose heat exchangers.
There are many other materials that can be used for heat exchangers, but these two are the most commonly used. When choosing a material for your heat exchanger, be sure to consider the service life and compatibility with the fluids being used.
As its name suggests, a heat exchanger is a device used to transfer heat from one fluid to another. shell and tube type heat exchangers are the most common type of heat exchanger in industry today. The reason for this is because they are able to withstand high pressures and temperatures while still being relatively simple in design and construction.
A shell and tube heat exchanger consists of a series of tubes that are enclosed by a larger shell. One fluid runs through the tubes while the other runs through the shell. As the two fluids come into contact with each other, they exchange heat, thus transferring thermal energy from one fluid to the other.
There are many factors that need to be considered when designing a shell and tube heat exchanger, such as:
-The type of fluids that will be used (e.g. water, oil, steam)
-The temperature of the fluids
-The pressure of the fluids
-The flow rate of the fluids
-The desired efficiency of the heat exchanger
The working principle of the long service life stainless steel copper tube heat exchanger shell and tube evaporator for saltwater is very simple. The heat exchanger consists of a shell with a series of tubes inside. The saltwater is heated in the tubes and then flows into the shell. The heat from the saltwater is transferred to the air or water passing over the outside of the tubes. This process continues until the saltwater has cooled to its desired temperature.
There are many advantages to using a stainless steel copper tube heat exchanger for saltwater. One of the main advantages is that it has a long service life. This is due to the fact that the material is corrosion resistant and can withstand high temperatures. Additionally, the heat exchanger is easy to clean and maintain.
While stainless steel and copper have a long service life, they both have disadvantages that should be considered when selecting a heat exchanger. Stainless steel is less thermally conductive than copper, meaning that it is not as efficient at transferring heat. Additionally, stainless steel is more expensive than copper, making it a less cost-effective option for many applications.
The stainless steel copper tube heat exchanger shell and tube evaporator for saltwater has been designed to ensure a long service life. This is achieved through the use of high-grade materials, highly advanced manufacturing techniques, and precise engineering solutions that are applied during the production process. The result is a product that offers maximum performance, cost efficiency and reliability over extended periods of operation in extremely harsh environments such as those encountered when dealing with saltwater. We believe this product provides an excellent solution for any operation requiring a robust, dependable system capable of meeting its all its operational needs.
Product Description
Work Condition:
1)Refrigerant side: R22,R134a,R407c,R410a etc.
2)Water side: fresh water, nature water, drink water, seawater, saltwater, ground water etc .
Material:
1)Heat transfer Tube: 316L / SUS304 / Copper / Titanium
2)Shell: 316L / SUS304 / Carbon steel / PP / PVC
Removable Easy To Clean
You can take tube bundle out of shell, it can be easily cleaned.
The spiral baffle makes the shell side fluid flow in a continuous spiral shape.
The inner tube refrigerant adopts double in and double out, which makes the refrigeration effect better, the refrigerant flows smoothly, and the cold and heat exchange improves rapidly.
Wuxi Lvjie Engery Saving Technology Co.,Ltd.designs and manufactures a wide range of heat exchangers for refrigeration, industrial and special applications .Our evaporators and condensers can be manufactured with different materials and can work with all types of fluids and with duty up to 6000 kW. We are prepared for the solution of different heat exchange problems, thanks to the widest experience of technical departments able to suggest technical solutions best suited to each customer's need.
FAQ:
1.Are you factory?
Yes,we are one of the largest corrosion resistant heat exchanger manufactory in China.
2.Are there any discount for the heat exchangers?
Yes. Bigger quantity will enjoy lower discount!
3.What information needed if I want a quotation?
Please advise us the Type of heat exchangers, Material , Heat Exchanger Capacity, Water Flow, Water Temperature in and out ,Refrigrant Freon Type, Quantity, or any requirements in size.
4.What is the MOQ?
We accept loose quantity order,mixed order,any trial orders.
5.When can I get the price?
We usually quote within 8 hours after we get your inquiry.
Heat exchangers are essential components in a variety of industrial and engineering applications, used to exchange heat between two different fluids or media. Among the most popular choices is the stainless steel copper tube shell and tube evaporator, which offers numerous advantages over other types of heat exchangers. This blog post will explore the features and benefits of the stainless steel copper tube shell and tube evaporator, particularly with regards to its long service life and how it can be used for saltwater applications. We’ll also discuss why this type of heat exchanger is a great choice if you’re looking for reliable performance in an array of industrial processes.
There are many materials that can be used for a heat exchanger, but not all are created equal. Some materials are better suited for specific applications than others. When it comes to choosing a material for your heat exchanger, it is important to consider the service life and compatibility with the fluids being used.
For example, stainless steel is a popular choice for heat exchangers because it is resistant to corrosion and can withstand high temperatures. However, it is important to note that stainless steel is not compatible with all fluids. If you are using a heat exchanger with saltwater, you will need to choose a different material such as copper.
Copper is another popular choice for heat exchangers. It has excellent thermal conductivity and is also resistant to corrosion. Copper is compatible with most fluids, making it a good choice for general purpose heat exchangers.
There are many other materials that can be used for heat exchangers, but these two are the most commonly used. When choosing a material for your heat exchanger, be sure to consider the service life and compatibility with the fluids being used.
As its name suggests, a heat exchanger is a device used to transfer heat from one fluid to another. shell and tube type heat exchangers are the most common type of heat exchanger in industry today. The reason for this is because they are able to withstand high pressures and temperatures while still being relatively simple in design and construction.
A shell and tube heat exchanger consists of a series of tubes that are enclosed by a larger shell. One fluid runs through the tubes while the other runs through the shell. As the two fluids come into contact with each other, they exchange heat, thus transferring thermal energy from one fluid to the other.
There are many factors that need to be considered when designing a shell and tube heat exchanger, such as:
-The type of fluids that will be used (e.g. water, oil, steam)
-The temperature of the fluids
-The pressure of the fluids
-The flow rate of the fluids
-The desired efficiency of the heat exchanger
The working principle of the long service life stainless steel copper tube heat exchanger shell and tube evaporator for saltwater is very simple. The heat exchanger consists of a shell with a series of tubes inside. The saltwater is heated in the tubes and then flows into the shell. The heat from the saltwater is transferred to the air or water passing over the outside of the tubes. This process continues until the saltwater has cooled to its desired temperature.
There are many advantages to using a stainless steel copper tube heat exchanger for saltwater. One of the main advantages is that it has a long service life. This is due to the fact that the material is corrosion resistant and can withstand high temperatures. Additionally, the heat exchanger is easy to clean and maintain.
While stainless steel and copper have a long service life, they both have disadvantages that should be considered when selecting a heat exchanger. Stainless steel is less thermally conductive than copper, meaning that it is not as efficient at transferring heat. Additionally, stainless steel is more expensive than copper, making it a less cost-effective option for many applications.
The stainless steel copper tube heat exchanger shell and tube evaporator for saltwater has been designed to ensure a long service life. This is achieved through the use of high-grade materials, highly advanced manufacturing techniques, and precise engineering solutions that are applied during the production process. The result is a product that offers maximum performance, cost efficiency and reliability over extended periods of operation in extremely harsh environments such as those encountered when dealing with saltwater. We believe this product provides an excellent solution for any operation requiring a robust, dependable system capable of meeting its all its operational needs.
