Brief: In this video, we demonstrate the manufacturing process and operational efficiency of the Industrial H Shape Boiler Fin Tube. You'll see how the unique 'H' fin design enhances heat transfer, reduces flue gas resistance, and withstands high-stress environments. We show the practical steps and results so you can judge suitability quickly for power plant and industrial boiler applications.
Related Product Features:
H-fin tubes feature two steel discs symmetrically welded to create an efficient, energy-saving butterfly-shaped fin surface.
Constructed with high fusion weld rates and tensile strength for reliable performance in demanding industrial settings.
Available in single metal (aluminum/aluminum alloy) or double metal (carbon steel, stainless steel, copper, or titanium alloy base with aluminum outer layer) configurations.
Designed to increase heat exchange area, reduce tube count, and minimize flue gas speed and abrasion.
Features a compact structure that reduces overall weight and manufacturing costs while maintaining high rigidity.
Straight channel design optimizes ash-blowing effectiveness and ensures averaged airflow to reduce wear.
Customizable specifications including fin height, pitch, tube length, and materials to meet specific project requirements.
Manufactured under ASME certification with quality assurance systems for safe, reliable, and efficient operation.
FAQs:
What are the key advantages of the H-fin tube design in boiler applications?
The H-fin tube design significantly increases the heat exchange surface area, which improves efficiency. It also reduces flue gas resistance, minimizes abrasion due to averaged airflow, and allows for a compact, lightweight structure that lowers manufacturing costs.
What materials are available for the base tube and fins?
Base tubes can be made from carbon steel, stainless steel, alloy steel, copper alloy, or aluminum (e.g., SA179). Fins are typically aluminum, copper alloy, stainless steel, or carbon steel, with options for single or double metal construction for enhanced corrosion resistance.
How does the high-frequency welding process benefit the fin tube?
High-frequency welding ensures a solid-phase bond between the fin and tube, achieving a high fusion weld rate of up to 95%. This results in superior product quality, strong tensile strength, and automated, efficient production compared to brazing or other methods.
Can the H-fin tubes be customized for specific project needs?
Yes, HD Boiler offers ODM services, allowing customization of fin height (0-16mm), pitch (2.0-5.0mm), tube length (0.5-14m), and material selection to suit unique operational requirements and space constraints.