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RC-A
Red Cherry
RC-A-198
Product Parameter Table
| Material | Fin:Aluminum Aolly Tube:Titanium steel |
| Shape | Customized by drawings and CAD |
| Application | Plate heat exchanger,Industrial boiler,Greenhouse,Boiler,Petrochemical industry,Metallurgy etc. |
| MOQ | 500kg |
| Package | Pearl cotton, Non-woven Fabrics, Plastic Bags, Kraft Paper, etc., And outer packing wooden boxes are charged separately. |
| Delivery | 30 days -45 days after sample confirmation. |
| ANYTHING CAN BE KINDLY NEIGOTIATED, HOPE YOU CAN GIVE US A CHANCE TO HELP YOU ! THANK YOU ~ | |
Economical G-Type Finned Tube: Cost-Effective Heat Transfer Solution
Our G-Type Finned Tube delivers reliable thermal performance for budget-conscious industrial applications. Utilizing a mechanical wrapping process, it provides optimal heat transfer efficiency at a competitive price point, making it ideal for standard finned tube radiator systems and industrial boiler applications in non-corrosive environments.
The G-Type's aluminum fin is tightly wound onto the steel base tube, creating sufficient contact for effective heat transfer while maintaining lower production costs. This balance of affordability and functionality makes it perfectly suited for standard-duty industrial heat exchange systems where budget management is crucial.
G-Type: Cost-effective solution with good heat transfer capability

L-Type: Embedded fin design offers superior bond strength for high-pressure applications
Durable Construction
Manufactured with corrosion-resistant materials, our G-Type tubes ensure long-term performance in moderate operating conditions, delivering excellent value through reduced maintenance needs and extended service life for various industrial heating applications.
Application
![]() | ![]() |
| Industrial Cooling | Heat Exchanger |
![]() | ![]() |
| HVAC System | Steel Plant |



Raw Material Storage Area


Finished Product Display


Product Parameter Table
| Material | Fin:Aluminum Aolly Tube:Titanium steel |
| Shape | Customized by drawings and CAD |
| Application | Plate heat exchanger,Industrial boiler,Greenhouse,Boiler,Petrochemical industry,Metallurgy etc. |
| MOQ | 500kg |
| Package | Pearl cotton, Non-woven Fabrics, Plastic Bags, Kraft Paper, etc., And outer packing wooden boxes are charged separately. |
| Delivery | 30 days -45 days after sample confirmation. |
| ANYTHING CAN BE KINDLY NEIGOTIATED, HOPE YOU CAN GIVE US A CHANCE TO HELP YOU ! THANK YOU ~ | |
Economical G-Type Finned Tube: Cost-Effective Heat Transfer Solution
Our G-Type Finned Tube delivers reliable thermal performance for budget-conscious industrial applications. Utilizing a mechanical wrapping process, it provides optimal heat transfer efficiency at a competitive price point, making it ideal for standard finned tube radiator systems and industrial boiler applications in non-corrosive environments.
The G-Type's aluminum fin is tightly wound onto the steel base tube, creating sufficient contact for effective heat transfer while maintaining lower production costs. This balance of affordability and functionality makes it perfectly suited for standard-duty industrial heat exchange systems where budget management is crucial.
G-Type: Cost-effective solution with good heat transfer capability

L-Type: Embedded fin design offers superior bond strength for high-pressure applications
Durable Construction
Manufactured with corrosion-resistant materials, our G-Type tubes ensure long-term performance in moderate operating conditions, delivering excellent value through reduced maintenance needs and extended service life for various industrial heating applications.
Application
![]() | ![]() |
| Industrial Cooling | Heat Exchanger |
![]() | ![]() |
| HVAC System | Steel Plant |



Raw Material Storage Area


Finished Product Display


This bimetallic G type finned tube features a patented structure designed to improve fin bonding and long-term stability. The design helps reduce common issues such as fin loosening and performance loss during thermal cycling, providing more consistent heat transfer in standard industrial applications.
Our G type finned tubes support customized fin and tube parameters to meet specific project requirements without redesigning the entire heat exchanger.
Fin pitch and fin height
Fin and base tube materials
Tube thickness and geometry based on drawings
This flexibility allows better balance between heat transfer performance and pressure drop, especially in retrofit projects.
Depending on configuration and operating conditions, this G type finned tube can deliver approximately 5%–20% higher heat transfer performance, helping achieve the required thermal duty with less tube length or fewer rows.
Improved efficiency in air-side limited systems
Reduced energy consumption
More stable outlet temperatures under load changes
Positioned at around 5% lower cost than comparable products, this finned tube offers a practical balance between performance and budget, making it suitable for EPC projects and standard-duty industrial systems.
G type (embedded) finned tubes are widely recognized for their strong fin-to-tube bonding and resistance to thermal cycling, commonly used in applications up to approximately 400°C, depending on materials and operating conditions.
This product is supplied to both domestic and international markets, ensuring consistent quality, repeatability, and reliable availability for replacement and expansion needs.
This bimetallic G type finned tube features a patented structure designed to improve fin bonding and long-term stability. The design helps reduce common issues such as fin loosening and performance loss during thermal cycling, providing more consistent heat transfer in standard industrial applications.
Our G type finned tubes support customized fin and tube parameters to meet specific project requirements without redesigning the entire heat exchanger.
Fin pitch and fin height
Fin and base tube materials
Tube thickness and geometry based on drawings
This flexibility allows better balance between heat transfer performance and pressure drop, especially in retrofit projects.
Depending on configuration and operating conditions, this G type finned tube can deliver approximately 5%–20% higher heat transfer performance, helping achieve the required thermal duty with less tube length or fewer rows.
Improved efficiency in air-side limited systems
Reduced energy consumption
More stable outlet temperatures under load changes
Positioned at around 5% lower cost than comparable products, this finned tube offers a practical balance between performance and budget, making it suitable for EPC projects and standard-duty industrial systems.
G type (embedded) finned tubes are widely recognized for their strong fin-to-tube bonding and resistance to thermal cycling, commonly used in applications up to approximately 400°C, depending on materials and operating conditions.
This product is supplied to both domestic and international markets, ensuring consistent quality, repeatability, and reliable availability for replacement and expansion needs.
Q1: What is a G type finned tube?
A: A G type finned tube is an embedded finned tube where the fin is mechanically locked into a groove on the base tube, ensuring strong bonding and efficient heat transfer.
Q2: What are the main advantages of G type finned tubes?
A: High heat transfer efficiency, strong fin-to-tube bonding, and reliable performance in high-temperature applications.
Q3: What is the operating temperature of G type finned tubes?
A: G type finned tubes are typically suitable for operating temperatures up to 400°C, depending on materials and working conditions.
Q4: What materials are available for G type finned tubes?
A:Base tube: Titanium steel,Aluminum Alloy
Fin material: Aluminum, steel
Q5: What applications are G type finned tubes used for?
A: Commonly used in heat exchangers, air coolers, power plants, petrochemical and waste heat recovery systems.
Q6: Can G type finned tubes be customized?
A: Yes. Tube size, fin height, fin pitch, length, and materials can be customized based on project requirements.
Q1: What is a G type finned tube?
A: A G type finned tube is an embedded finned tube where the fin is mechanically locked into a groove on the base tube, ensuring strong bonding and efficient heat transfer.
Q2: What are the main advantages of G type finned tubes?
A: High heat transfer efficiency, strong fin-to-tube bonding, and reliable performance in high-temperature applications.
Q3: What is the operating temperature of G type finned tubes?
A: G type finned tubes are typically suitable for operating temperatures up to 400°C, depending on materials and working conditions.
Q4: What materials are available for G type finned tubes?
A:Base tube: Titanium steel,Aluminum Alloy
Fin material: Aluminum, steel
Q5: What applications are G type finned tubes used for?
A: Commonly used in heat exchangers, air coolers, power plants, petrochemical and waste heat recovery systems.
Q6: Can G type finned tubes be customized?
A: Yes. Tube size, fin height, fin pitch, length, and materials can be customized based on project requirements.