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ASTM B-432 ASTM B338 -2010 G FIN ETC
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Our Fin Tubes are designed to enhance heat transfer efficiency in various industrial applications. Constructed with a carbon seamless steel tube body and fins made from a choice of carbon steel sheets, copper sheets, or aluminum sheets, these tubes are engineered for optimal performance and durability.
Enhanced Heat Transfer: The finned design significantly increases the surface area, leading to more efficient heat dissipation or absorption.
Material Flexibility: Fins made from carbon steel, copper, or aluminum provide versatility, allowing customers to choose based on their specific thermal conductivity and corrosion resistance needs.
Seamless Construction: The carbon seamless steel tube ensures a uniform and strong structure, reducing the risk of leaks and failures.
Carbon Seamless Steel Tube: Known for its strength and durability, this material forms the core of our Fin Tubes, providing a reliable base for the fin attachment.
Carbon Steel Sheets: Offered for applications where strength and cost-effectiveness are priorities.
Copper Sheets: Chosen for their superior thermal conductivity and resistance to corrosion.
Aluminum Sheets: Selected for lightweight and high thermal transfer efficiency, ideal for applications requiring a good balance of performance and cost.
Heat Exchangers: Fin Tubes are widely used in heat exchangers to improve the efficiency of thermal energy transfer.
Air Conditioning Systems: They play a crucial role in HVAC systems, helping to regulate temperature and maintain comfort.
Industrial Processes: Utilized in various industrial processes that require precise temperature control and heat management.
Our Fin Tubes are designed to enhance heat transfer efficiency in various industrial applications. Constructed with a carbon seamless steel tube body and fins made from a choice of carbon steel sheets, copper sheets, or aluminum sheets, these tubes are engineered for optimal performance and durability.
Enhanced Heat Transfer: The finned design significantly increases the surface area, leading to more efficient heat dissipation or absorption.
Material Flexibility: Fins made from carbon steel, copper, or aluminum provide versatility, allowing customers to choose based on their specific thermal conductivity and corrosion resistance needs.
Seamless Construction: The carbon seamless steel tube ensures a uniform and strong structure, reducing the risk of leaks and failures.
Carbon Seamless Steel Tube: Known for its strength and durability, this material forms the core of our Fin Tubes, providing a reliable base for the fin attachment.
Carbon Steel Sheets: Offered for applications where strength and cost-effectiveness are priorities.
Copper Sheets: Chosen for their superior thermal conductivity and resistance to corrosion.
Aluminum Sheets: Selected for lightweight and high thermal transfer efficiency, ideal for applications requiring a good balance of performance and cost.
Heat Exchangers: Fin Tubes are widely used in heat exchangers to improve the efficiency of thermal energy transfer.
Air Conditioning Systems: They play a crucial role in HVAC systems, helping to regulate temperature and maintain comfort.
Industrial Processes: Utilized in various industrial processes that require precise temperature control and heat management.
As a seamless steel tube supplier,the tubes also can be used by the fin tube. The body materia is the carbon seamless steel tube and the fin is used by carbon steel sheets,cooper sheets,Al sheets also.
As a seamless steel tube supplier,the tubes also can be used by the fin tube. The body materia is the carbon seamless steel tube and the fin is used by carbon steel sheets,cooper sheets,Al sheets also.
