ASME SA192 Carbon Steel Fin Tube Serrated CS Fin Strip For Convection tube

Product Specification

ASME SA192 Carbon Steel Fin Tube Serrated CS Fin Strip For Convection tube

Key Features:

1. Base Tube Material: ASME SA192 Carbon Steel

• ASME SA192 is a seamless carbon steel tube, primarily used in high-temperature and high-pressure applications such as furnaces, boilers, and economizers.

• This material offers excellent thermal conductivity, strength, and resistance to high-temperature oxidation, making it suitable for use in heat exchangers and convection tubes in industrial applications.

• Carbon steel provides a durable and cost-effective solution for heat transfer systems exposed to harsh environments.

2. Fin Type: Serrated CS Fin Strip

• The serrated fin design is specifically engineered to maximize heat transfer by increasing the surface area for heat exchange and introducing turbulence in the fluid or gas passing over the tube.

• The serrated edges of the fins create more fluid movement, which improves heat dissipation and increases the thermal efficiency of the convection tube.

• The serrated fins help reduce the thermal boundary layer around the tube, which boosts the overall heat transfer rate.

3. Fin Material: Carbon Steel

• The serrated fins are made from carbon steel, which ensures they have similar thermal expansion properties and mechanical strength as the base tube, ensuring a strong and secure bond between the two materials.

• Carbon steel fins provide good corrosion resistance in high-temperature environments, making them suitable for furnaces and boilers, where heat exchangers and convection tubes are exposed to high-temperature gases.

4. Application: Convection Tube, Heat Exchanger, Furnace, Boiler

• The HFW serrated fin tube is designed for use in convection tube applications where efficient heat transfer is required under high-temperature conditions.

• This tube is ideal for use in industrial heating systems, power generation, and chemical processing where efficient heat exchange and reliable performance are essential in high-temperature heat transfer systems.

Technical Specifications:

Chemical Composition:

Mechanical Properties:

Advantages:

• • Enhanced Heat Transfer Efficiency:

    • The serrated fin design increases the surface area for heat exchange, significantly improving thermal efficiency in furnaces, boilers, and heat exchangers.

  • Improved Fluid Dynamics:

    • The serrated edges of the fins introduce turbulence in the fluid or gas surrounding the tube, reducing the thermal boundary layer and increasing the heat transfer rate, particularly in convection tube applications.

  • Corrosion Resistance:

    • The carbon steel fin material offers adequate corrosion resistance in high-temperature environments and is effective in heat recovery systems, furnaces, and boilers where flue gases and high-temperature air may cause corrosion.

  • Durability and Strength:

    • The ASME SA192 carbon steel base tube provides high strength and resistance to thermal fatigue, ensuring reliable performance in high-pressure and high-temperature systems.

  • Cost-Effective:

    • The combination of carbon steel for both the base tube and serrated fins provides a cost-effective solution without sacrificing heat transfer performance or durability.

Applications:

• • Convection Tubes: Ideal for use in furnaces, boilers, and heat exchangers where efficient heat dissipation is required.

  • Industrial Heating Systems: Effective in power generation, chemical processing plants, and refineries where heat transfer needs to be optimized under high-temperature and high-pressure conditions.

  • Energy Recovery Systems: Suitable for economizers and waste heat recovery systems in industrial applications to recover heat from exhaust gases.

  • Heat Exchangers: Used in heat exchangers to transfer heat efficiently between two fluids or gases in energy-intensive industries