The Heat Exchanger Fin Tube is a highly efficient component designed for various industrial applications requiring effective heat transfer solutions. This product is engineered to handle pressure ratings of up to 2.5 MPa, ensuring robust performance under demanding operating conditions. Its versatility is further enhanced by multiple connection options, including welded, brazed, and threaded joints, allowing seamless integration into diverse heat exchanger systems.
One of the standout features of this fin tube is its carefully optimized fin design. The fins have an average thickness of 0.4mm, which strikes an ideal balance between durability and thermal conductivity. Additionally, the fin height measures 10mm, providing an increased surface area to facilitate superior heat dissipation. This configuration significantly improves the efficiency of heat transfer, making the fin tube an excellent choice for both cooling and heating applications.
This Heat Exchanger Fin Tube is particularly well-suited for use in Double Tube Sheet Heat Exchanger configurations. The double tube sheet design enhances the sealing and mechanical strength of the heat exchanger, preventing leakage and ensuring long-term reliability. By incorporating this fin tube into such systems, operators benefit from improved thermal performance and maintenance ease. Furthermore, the fin tube’s compatibility with Coil Tube Heat Exchanger setups highlights its adaptability and broad application range.
Quality and compliance are critical in the manufacturing of this fin tube. It meets rigorous acceptance criteria set forth by leading industry standards such as WOLVERINE, HPT, GEWA-K, and GEWA-KS. These certifications guarantee that the product adheres to strict quality controls, providing customers with confidence in its durability, precision, and operational safety. The adherence to these standards also ensures that the fin tube can be reliably used in both existing and new heat exchanger installations without compromising performance.
The fin tube's design is centered around maximizing heat exchange efficiency while maintaining structural integrity. The thin, yet sturdy fins promote rapid heat transfer by increasing the contact surface area between the tube and the surrounding fluid. This design is particularly advantageous in applications involving Double Tube Sheet Heat Exchanger units, where enhanced thermal exchange and resistance to corrosion and fouling are essential. Similarly, in Coil Tube Heat Exchanger systems, the fin tube’s configuration contributes to compact, space-saving designs without sacrificing thermal output.
Installation flexibility is another key benefit of this Heat Exchanger Fin Tube. The availability of welded, brazed, and threaded connections allows it to be tailored to the specific requirements of different heat exchanger assemblies and operational environments. Whether it is integrated into new system builds or retrofit projects, this fin tube ensures a secure and efficient connection, reducing potential downtime and maintenance costs.
In summary, the Heat Exchanger Fin Tube is a robust, efficient, and versatile component designed to enhance the performance of heat exchangers such as Double Tube Sheet Heat Exchanger and Coil Tube Heat Exchanger systems. Its pressure rating of up to 2.5 MPa, combined with flexible connection options and precise fin dimensions—0.4mm average thickness and 10mm height—makes it an optimal solution for various industrial heat transfer needs. Certified to meet WOLVERINE, HPT, GEWA-K, and GEWA-KS acceptance criteria, this fin tube guarantees reliable quality and superior thermal efficiency, ensuring long-lasting and cost-effective operation in demanding environments.
| Connection | Welded, Brazed, Threaded |
| Fin Type | Louvered, Plain, Serrated, Wavy |
| Corrosion Resistance | High |
| FPI (Fins Per Inch) | 11 |
| Acceptance Criteria | WOLVERINE, HPT, GEWA-K & GEWA-KS |
| Fin Pitch | Min. 1.5mm |
| Fins Material | Aluminum & Copper |
| Fin Height | 10mm |
| Range Of Applications | Wide |
| Fin Material | Aluminum 1050, 1060, 1070, 1100, 6063 |
This Heat Exchanger Fin Tube product is ideal for use in Double Tube Sheet Heat Exchanger systems, Heat Exchanger Tube Sheet assemblies, and Heat Exchanger Steel Pipe applications, offering superior performance and durability.
The Heat Exchanger Fin Tube, originating from China, is a highly versatile and efficient component widely used in various industrial applications. Designed to operate under pressure ratings of up to 2.5 MPa, this product is engineered to meet demanding conditions while maintaining excellent performance. Its high corrosion resistance ensures durability and longevity, making it suitable for use in harsh environments where exposure to aggressive fluids and gases is common.
This fin and tube heat exchanger is particularly valued for its fin height of 10mm and fin pitch of 11 fins per inch (FPI), which significantly enhance heat transfer efficiency by increasing the surface area available for thermal exchange. These features make it an ideal choice for applications requiring rapid and effective heat dissipation or absorption.
In terms of secondary operations, the availability of elbows allows for customized configurations that can fit complex piping layouts. This adaptability is crucial in industries where space constraints or specific flow directions must be accommodated without compromising the heat exchanger’s performance.
The Heat Exchanger Fin Tube finds extensive application in scenarios involving double tube sheet heat exchangers. These systems benefit from the enhanced sealing and mechanical integrity provided by the fin tube design, which contributes to preventing fluid cross-contamination and maintaining operational safety. Additionally, the heat exchanger tube sheet, an essential structural element, works in tandem with the fin tubes to provide robust support and facilitate efficient heat transfer.
Typical application occasions include power plants, chemical processing facilities, HVAC systems, and refrigeration units, where precise temperature control and efficient energy use are critical. In power generation, for example, the fin and tube heat exchanger is used to recover waste heat, improving overall plant efficiency. In chemical industries, its corrosion-resistant properties allow it to handle aggressive process fluids safely.
Moreover, industrial scenarios that demand reliable heat exchange under moderate pressures—up to 2.5 MPa—will find this product particularly advantageous. Its robust construction and customizable design options, including elbows and various fin configurations, make it a go-to solution for engineers and maintenance professionals aiming to optimize thermal management systems.
Our Heat Exchanger Fin Tube product is designed to provide efficient thermal performance and durability in various industrial applications. We offer comprehensive technical support and services to ensure optimal operation and maintenance of your heat exchanger systems.
Our technical support team is available to assist with product selection, installation guidance, troubleshooting, and performance optimization. We provide detailed documentation, including installation manuals, maintenance guidelines, and performance data to help you achieve the best results.
We also offer custom engineering services to tailor the fin tube design to your specific requirements, ensuring compatibility with your existing systems and operational conditions.
For maintenance and repair, we provide expert advice on cleaning procedures, inspection routines, and replacement parts to extend the life of your heat exchanger fin tubes.
Our commitment is to support your operations with reliable products and responsive service, helping you maintain high efficiency and minimize downtime.
Q1: What is a Heat Exchanger Fin Tube?
A1: A Heat Exchanger Fin Tube is a type of tube used in heat exchangers that is equipped with fins to increase the surface area for better heat transfer efficiency.
Q2: Where are these Heat Exchanger Fin Tubes manufactured?
A2: These Heat Exchanger Fin Tubes are manufactured in China, ensuring high-quality standards and competitive pricing.
Q3: What materials are used to make the Heat Exchanger Fin Tubes?
A3: The fin tubes are typically made from materials such as carbon steel, stainless steel, copper, or aluminum, depending on the application requirements.
Q4: What applications are Heat Exchanger Fin Tubes suitable for?
A4: Heat Exchanger Fin Tubes are widely used in HVAC systems, power plants, chemical processing, refrigeration, and other industries requiring efficient heat transfer.
Q5: Can the fin design be customized to specific requirements?
A5: Yes, the fin design, including fin height, thickness, and pitch, can be customized based on the heat transfer needs and operational conditions.
The Heat Exchanger Fin Tube is a highly efficient component designed for various industrial applications requiring effective heat transfer solutions. This product is engineered to handle pressure ratings of up to 2.5 MPa, ensuring robust performance under demanding operating conditions. Its versatility is further enhanced by multiple connection options, including welded, brazed, and threaded joints, allowing seamless integration into diverse heat exchanger systems.
One of the standout features of this fin tube is its carefully optimized fin design. The fins have an average thickness of 0.4mm, which strikes an ideal balance between durability and thermal conductivity. Additionally, the fin height measures 10mm, providing an increased surface area to facilitate superior heat dissipation. This configuration significantly improves the efficiency of heat transfer, making the fin tube an excellent choice for both cooling and heating applications.
This Heat Exchanger Fin Tube is particularly well-suited for use in Double Tube Sheet Heat Exchanger configurations. The double tube sheet design enhances the sealing and mechanical strength of the heat exchanger, preventing leakage and ensuring long-term reliability. By incorporating this fin tube into such systems, operators benefit from improved thermal performance and maintenance ease. Furthermore, the fin tube’s compatibility with Coil Tube Heat Exchanger setups highlights its adaptability and broad application range.
Quality and compliance are critical in the manufacturing of this fin tube. It meets rigorous acceptance criteria set forth by leading industry standards such as WOLVERINE, HPT, GEWA-K, and GEWA-KS. These certifications guarantee that the product adheres to strict quality controls, providing customers with confidence in its durability, precision, and operational safety. The adherence to these standards also ensures that the fin tube can be reliably used in both existing and new heat exchanger installations without compromising performance.
The fin tube's design is centered around maximizing heat exchange efficiency while maintaining structural integrity. The thin, yet sturdy fins promote rapid heat transfer by increasing the contact surface area between the tube and the surrounding fluid. This design is particularly advantageous in applications involving Double Tube Sheet Heat Exchanger units, where enhanced thermal exchange and resistance to corrosion and fouling are essential. Similarly, in Coil Tube Heat Exchanger systems, the fin tube’s configuration contributes to compact, space-saving designs without sacrificing thermal output.
Installation flexibility is another key benefit of this Heat Exchanger Fin Tube. The availability of welded, brazed, and threaded connections allows it to be tailored to the specific requirements of different heat exchanger assemblies and operational environments. Whether it is integrated into new system builds or retrofit projects, this fin tube ensures a secure and efficient connection, reducing potential downtime and maintenance costs.
In summary, the Heat Exchanger Fin Tube is a robust, efficient, and versatile component designed to enhance the performance of heat exchangers such as Double Tube Sheet Heat Exchanger and Coil Tube Heat Exchanger systems. Its pressure rating of up to 2.5 MPa, combined with flexible connection options and precise fin dimensions—0.4mm average thickness and 10mm height—makes it an optimal solution for various industrial heat transfer needs. Certified to meet WOLVERINE, HPT, GEWA-K, and GEWA-KS acceptance criteria, this fin tube guarantees reliable quality and superior thermal efficiency, ensuring long-lasting and cost-effective operation in demanding environments.
| Connection | Welded, Brazed, Threaded |
| Fin Type | Louvered, Plain, Serrated, Wavy |
| Corrosion Resistance | High |
| FPI (Fins Per Inch) | 11 |
| Acceptance Criteria | WOLVERINE, HPT, GEWA-K & GEWA-KS |
| Fin Pitch | Min. 1.5mm |
| Fins Material | Aluminum & Copper |
| Fin Height | 10mm |
| Range Of Applications | Wide |
| Fin Material | Aluminum 1050, 1060, 1070, 1100, 6063 |
This Heat Exchanger Fin Tube product is ideal for use in Double Tube Sheet Heat Exchanger systems, Heat Exchanger Tube Sheet assemblies, and Heat Exchanger Steel Pipe applications, offering superior performance and durability.
The Heat Exchanger Fin Tube, originating from China, is a highly versatile and efficient component widely used in various industrial applications. Designed to operate under pressure ratings of up to 2.5 MPa, this product is engineered to meet demanding conditions while maintaining excellent performance. Its high corrosion resistance ensures durability and longevity, making it suitable for use in harsh environments where exposure to aggressive fluids and gases is common.
This fin and tube heat exchanger is particularly valued for its fin height of 10mm and fin pitch of 11 fins per inch (FPI), which significantly enhance heat transfer efficiency by increasing the surface area available for thermal exchange. These features make it an ideal choice for applications requiring rapid and effective heat dissipation or absorption.
In terms of secondary operations, the availability of elbows allows for customized configurations that can fit complex piping layouts. This adaptability is crucial in industries where space constraints or specific flow directions must be accommodated without compromising the heat exchanger’s performance.
The Heat Exchanger Fin Tube finds extensive application in scenarios involving double tube sheet heat exchangers. These systems benefit from the enhanced sealing and mechanical integrity provided by the fin tube design, which contributes to preventing fluid cross-contamination and maintaining operational safety. Additionally, the heat exchanger tube sheet, an essential structural element, works in tandem with the fin tubes to provide robust support and facilitate efficient heat transfer.
Typical application occasions include power plants, chemical processing facilities, HVAC systems, and refrigeration units, where precise temperature control and efficient energy use are critical. In power generation, for example, the fin and tube heat exchanger is used to recover waste heat, improving overall plant efficiency. In chemical industries, its corrosion-resistant properties allow it to handle aggressive process fluids safely.
Moreover, industrial scenarios that demand reliable heat exchange under moderate pressures—up to 2.5 MPa—will find this product particularly advantageous. Its robust construction and customizable design options, including elbows and various fin configurations, make it a go-to solution for engineers and maintenance professionals aiming to optimize thermal management systems.
Our Heat Exchanger Fin Tube product is designed to provide efficient thermal performance and durability in various industrial applications. We offer comprehensive technical support and services to ensure optimal operation and maintenance of your heat exchanger systems.
Our technical support team is available to assist with product selection, installation guidance, troubleshooting, and performance optimization. We provide detailed documentation, including installation manuals, maintenance guidelines, and performance data to help you achieve the best results.
We also offer custom engineering services to tailor the fin tube design to your specific requirements, ensuring compatibility with your existing systems and operational conditions.
For maintenance and repair, we provide expert advice on cleaning procedures, inspection routines, and replacement parts to extend the life of your heat exchanger fin tubes.
Our commitment is to support your operations with reliable products and responsive service, helping you maintain high efficiency and minimize downtime.
Q1: What is a Heat Exchanger Fin Tube?
A1: A Heat Exchanger Fin Tube is a type of tube used in heat exchangers that is equipped with fins to increase the surface area for better heat transfer efficiency.
Q2: Where are these Heat Exchanger Fin Tubes manufactured?
A2: These Heat Exchanger Fin Tubes are manufactured in China, ensuring high-quality standards and competitive pricing.
Q3: What materials are used to make the Heat Exchanger Fin Tubes?
A3: The fin tubes are typically made from materials such as carbon steel, stainless steel, copper, or aluminum, depending on the application requirements.
Q4: What applications are Heat Exchanger Fin Tubes suitable for?
A4: Heat Exchanger Fin Tubes are widely used in HVAC systems, power plants, chemical processing, refrigeration, and other industries requiring efficient heat transfer.
Q5: Can the fin design be customized to specific requirements?
A5: Yes, the fin design, including fin height, thickness, and pitch, can be customized based on the heat transfer needs and operational conditions.