| Type: | G Type Finned Tube，Heat Exchanger Tube | Application: | Heater Parts，heat Exchanger， Refrigeration Parts，Fluid Cooling |
|---|---|---|---|
| Tube Material: | Carbon Steel，Stainless Steel，Copper Etc，Alloy Steel | Fin Material: | Aluminum，carbon Steel，stainless Steel |
| Fin Height: | 0mm-16mm，Up To 40 Mm | Color: | Silver Spiral Finned Tube，BLACK，Metal Color |
| Application: | Heat Exchanger/Condenser/Evaporator/Cooler | FinEdge: | Smooth/Sharp |
| FinHeight: | 2mm-30mm | FinLength: | Customized |
| FinPitch: | 2mm-30mm | FinShape: | L/LL/KL/G/GK/LG/LK/K/T/U/Z |
| FinSpace: | 2mm-30mm | FinSurface: | Smooth/Embossed/Grooved |
| FinThickness: | 0.2mm-2mm | FinTreatment: | Bright/Anodizing/Sandblasting/Painting |
| FinType: | Louver/Wavy/Spiral/Plain | Material: | Copper/Aluminum/Stainless Steel/Carbon Steel |
| TubeOD: | 6mm-76mm | TubeThickness: | 0.3mm-3mm |
| High Light: | Finned Tube ASME SB163， Aluminum Fin Heat Exchanger Tube， G-Type Embedded Finned Tube | ||
ASME SB163 N04400 Tube With Aluminum Fin G-Type Embedded Finned Tube For Heat Exchanger
TONG CHUANG Group's ASME SB163 N04400 G-TYPE Embedded Fin Tube is a highly efficient spiral fin heat transfer element. It offers a heat transfer area several times larger than bare tubes， resulting in improved heat transfer efficiency and reduced flow resistance. Additionally， it reduces metal consumption， thereby enhancing the economy and operational reliability of heat exchange equipment. The tube is widely utilized in various boilers.
The ASME SB163 N04400 G-TYPE embedded finned tube also provides numerous advantages. The increased heating area enhances heat transfer effectiveness and reduces the space occupied by heat， making it especially suitable for quick-install boilers. Furthermore， it lowers equipment costs and improves safety. It performs exceptionally well at high temperatures due to the aluminum fins expanding faster than the base tube， resulting in a tight mechanical bond and excellent heat transfer properties.
The G-type embedded spiral finned tube is produced by processing aluminum strips with specific widths and spiral groove depths. These strips are then embedded on ASME SB163 N04400 pipes using equipment. The winding process， aided by a certain degree of pre-tightening force， securely places the strips in the spiral groove， ensuring adequate contact with the pipe. To prevent the strips from falling off， both ends are welded to the steel pipe. A certain space is maintained between the steel belt and the spiral groove for easy installation. It is important to avoid a gap that is too small as it can complicate the setup process. Additionally， the wound steel belt has a natural rebound， which may hinder its combination with the bottom of the spiral groove.
Embedded finning can be performed at a low cost using standard equipment. TONG CHUANG Group employs advanced production equipment and slotting and embedding technology to ensure stable and secure embedding. The breaking force exceeds 70N， and it can withstand temperatures up to 400°C. It exhibits strong resistance to temperature and thermal shock， making it widely used in petrochemical air coolers.
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| Mechanical Properties | |||
|---|---|---|---|
| Y.S.(MPa) | T.S.(MPa) | EL(%) | HRB |
| 207 | 517 | 35% | / |
The ASME SB163 N04400 Tube With Aluminum Fin G-Type Embedded Finned Tube is a high-quality heat exchange solution designed for various industrial applications. It consists of a seamless nickel alloy tube (ASME SB163 N04400) with embedded aluminum fins in a G-type configuration. This finned tube offers exceptional thermal performance and is widely used in heat exchangers across different industries.
Applications:
This product is specifically designed for heat exchange applications where efficient heat transfer is crucial. It finds extensive use in power plants， chemical plants， oil refineries， petrochemical industries， and HVAC systems. The ASME SB163 N04400 Tube With Aluminum Fin G-Type Embedded Finned Tube is ideal for both high and low-temperature operations， making it suitable for a wide range of processes.
Performance:
The ASME SB163 N04400 Tube is made using a high-quality nickel alloy that offers excellent corrosion resistance， even in harsh environments. The embedded aluminum fins enhance the overall heat transfer efficiency by providing a larger surface area. This allows for improved heat dissipation， resulting in enhanced system performance and energy efficiency. The G-Type configuration ensures optimal airflow between the fins， maximizing heat transfer effectiveness.
Features:
1. High-Quality Material: The seamless nickel alloy tube (ASME SB163 N04400) ensures excellent corrosion resistance and durability， ensuring long-term performance in demanding conditions.
2. Enhanced Heat Transfer: The embedded aluminum fins provide a larger heat exchange surface area， improving overall thermal efficiency.
3. G-Type Configuration: The specific fin design allows for optimal air circulation between the fins， ensuring efficient heat transfer.
4. Wide Application Range: Suitable for various industrial heat exchange applications， including power plants， chemical plants， refineries， petrochemical industries， and HVAC systems.
5. Energy Efficiency: The improved heat dissipation capabilities of this finned tube result in energy savings and reduced operational costs.
In summary， the ASME SB163 N04400 Tube With Aluminum Fin G-Type Embedded Finned Tube For Heat Exchanger is a reliable and high-performance solution for efficient heat transfer. Its excellent corrosion resistance， enhanced thermal efficiency， and wide application range make it an ideal choice for various industrial heat exchange applications.
