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WHC-2.0DHW
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
The outer shell adopts injection molding with high strength plastics, press solvents into shape.there is also no risk of leakage.
The internal heat exchanger is made of pure titanium/316L/304, has a good corrosion resistance effect and high heat exchanging efficiency. It is non-magnetic, non-toxic and can resist heating well.
Wuxi Lvjie Machinery 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.
When it comes to industrial heat exchangers, few are more efficient than the titanium coil in PP shell water chiller. This device is designed with an inner and outer coil of titanium, which is encased in a high-grade polypropylene shell. With its advanced technology, this water chiller is perfect for chemical processes that require accurate temperature control. In this blog post, we will explore the benefits of using a titanium coil in PP shell heat exchanger water chiller for chemical applications. We’ll also discuss how to select the right one for your needs and what you should consider before making a purchase. Read on to learn more!
A titanium coil is a type of heat exchanger that uses titanium tubing to transfer heat between two fluid streams. The most common type of titanium coil is the shell and tube type, which consists of a series of tubes that are arranged in a bundle inside a larger shell. The fluid that needs to be cooled or heated is passed through the tubes, while the other fluid (usually water) surrounds the outside of the tubes and transfers its heat to or from the tube-side fluid.
A titanium coil is a type of heat exchanger. It is made up of two parts: a shell and a coil. The shell is usually made of stainless steel or aluminum, while the coil is made of titanium. The titanium coil is responsible for transferring heat from one fluid to another. In most cases, the fluid in the coil is water. The water is heated by the coils and then passes through the shell to cool down.
When it comes to choosing a heat exchanger for your chemical process, there are many factors to consider. But one material that is often overlooked is titanium. Titanium offers a number of benefits for use in a heat exchanger, including:
1. Titanium is more resistant to corrosion than other materials.
2. Titanium is non-toxic and hypoallergenic, making it ideal for use in processes involving food or pharmaceuticals.
3. Titanium has a very high melting point, making it ideal for high-temperature applications.
4. Titanium is lighter than most other metals, making it easier to transport and install.
5. Titanium coils have superior heat transfer properties, meaning they can more efficiently exchange heat between two fluids.
6. Titanium is an environmentally friendly material that can be recycled or reused at the end of its life cycle.
Titanium coils are made from titanium tubing that is bent into a coil shape. There are many different types of titanium coils, each with their own unique benefits. The most common types of titanium coils are:
- Helical Coils: Helical coils are the most common type of titanium coil. They are made by bending the titanium tubing into a spiral shape. Helical coils have a high surface area to volume ratio, which makes them ideal for heat exchangers and other applications where heat transfer is important.
- Straight Coils: Straight coils are made by simply bending the titanium tubing into a straight line. Straight coils have a lower surface area to volume ratio than helical coils, but they are still very efficient at heat transfer.
- Serpentine Coils: Serpentine coils are made by bending the titanium tubing into a series of S-shaped curves. Serpentine coils have a very high surface area to volume ratio, making them ideal for applications where maximum heat transfer is desired.
There are a few things to consider when choosing the right titanium coil for your needs. The first is the size of the coil. The larger the coil, the more heat it can exchange. The second is the type of titanium. There are two types of titanium, Grade 1 and Grade 2. Grade 1 is more corrosion resistant and grade 2 is more heat resistant. Finally, you need to decide on the finish of the coil. There are three finishes, brushed, polished, and anodized. Anodized coils are more durable and have a better appearance.
We have discussed the best-selling titanium coil in PP shell heat exchanger water chiller for chemical, which is a great choice for those looking to chill chemicals and other liquids quickly and efficiently. The PP shell of this titanium coil ensures that it can handle high temperatures with ease while being highly durable and long-lasting. It also offers excellent corrosion resistance, making it an ideal choice for any application where corrosion protection is needed. With its efficient design, this heat exchanger water chiller will help you save time and money while ensuring that your materials are cooled safely and securely.
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
The outer shell adopts injection molding with high strength plastics, press solvents into shape.there is also no risk of leakage.
The internal heat exchanger is made of pure titanium/316L/304, has a good corrosion resistance effect and high heat exchanging efficiency. It is non-magnetic, non-toxic and can resist heating well.
Wuxi Lvjie Machinery 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.
When it comes to industrial heat exchangers, few are more efficient than the titanium coil in PP shell water chiller. This device is designed with an inner and outer coil of titanium, which is encased in a high-grade polypropylene shell. With its advanced technology, this water chiller is perfect for chemical processes that require accurate temperature control. In this blog post, we will explore the benefits of using a titanium coil in PP shell heat exchanger water chiller for chemical applications. We’ll also discuss how to select the right one for your needs and what you should consider before making a purchase. Read on to learn more!
A titanium coil is a type of heat exchanger that uses titanium tubing to transfer heat between two fluid streams. The most common type of titanium coil is the shell and tube type, which consists of a series of tubes that are arranged in a bundle inside a larger shell. The fluid that needs to be cooled or heated is passed through the tubes, while the other fluid (usually water) surrounds the outside of the tubes and transfers its heat to or from the tube-side fluid.
A titanium coil is a type of heat exchanger. It is made up of two parts: a shell and a coil. The shell is usually made of stainless steel or aluminum, while the coil is made of titanium. The titanium coil is responsible for transferring heat from one fluid to another. In most cases, the fluid in the coil is water. The water is heated by the coils and then passes through the shell to cool down.
When it comes to choosing a heat exchanger for your chemical process, there are many factors to consider. But one material that is often overlooked is titanium. Titanium offers a number of benefits for use in a heat exchanger, including:
1. Titanium is more resistant to corrosion than other materials.
2. Titanium is non-toxic and hypoallergenic, making it ideal for use in processes involving food or pharmaceuticals.
3. Titanium has a very high melting point, making it ideal for high-temperature applications.
4. Titanium is lighter than most other metals, making it easier to transport and install.
5. Titanium coils have superior heat transfer properties, meaning they can more efficiently exchange heat between two fluids.
6. Titanium is an environmentally friendly material that can be recycled or reused at the end of its life cycle.
Titanium coils are made from titanium tubing that is bent into a coil shape. There are many different types of titanium coils, each with their own unique benefits. The most common types of titanium coils are:
- Helical Coils: Helical coils are the most common type of titanium coil. They are made by bending the titanium tubing into a spiral shape. Helical coils have a high surface area to volume ratio, which makes them ideal for heat exchangers and other applications where heat transfer is important.
- Straight Coils: Straight coils are made by simply bending the titanium tubing into a straight line. Straight coils have a lower surface area to volume ratio than helical coils, but they are still very efficient at heat transfer.
- Serpentine Coils: Serpentine coils are made by bending the titanium tubing into a series of S-shaped curves. Serpentine coils have a very high surface area to volume ratio, making them ideal for applications where maximum heat transfer is desired.
There are a few things to consider when choosing the right titanium coil for your needs. The first is the size of the coil. The larger the coil, the more heat it can exchange. The second is the type of titanium. There are two types of titanium, Grade 1 and Grade 2. Grade 1 is more corrosion resistant and grade 2 is more heat resistant. Finally, you need to decide on the finish of the coil. There are three finishes, brushed, polished, and anodized. Anodized coils are more durable and have a better appearance.
We have discussed the best-selling titanium coil in PP shell heat exchanger water chiller for chemical, which is a great choice for those looking to chill chemicals and other liquids quickly and efficiently. The PP shell of this titanium coil ensures that it can handle high temperatures with ease while being highly durable and long-lasting. It also offers excellent corrosion resistance, making it an ideal choice for any application where corrosion protection is needed. With its efficient design, this heat exchanger water chiller will help you save time and money while ensuring that your materials are cooled safely and securely.
