ASTM A213 T22 Alloy Steel Fin Tube, Serrated Fin Tube With CS Fin For Furnace

Product Overview

The ASTM A213 T22 Alloy Steel Serrated Fin Tube is designed for high-temperature applications in furnace convection sections and other thermal systems. The base tube is made from T22 alloy steel, and the serrated carbon steel fins are welded onto the tube surface. The serrated fin design increases the surface area, promoting efficient heat transfer and making it suitable for applications where high thermal efficiency and durability are required.

Chemical Composition – ASTM A213 T22 (Base Tube)

Mechanical Properties – ASTM A213 T22 (Base Tube)

Fin Material – Carbon Steel (CS Fin)

Advantages

• Enhanced Heat Transfer
  The serrated fin design maximizes the heat transfer rate by breaking the boundary layer and promoting better turbulence in the gas flow, which improves the thermal efficiency of the furnace.

• High-Temperature Performance
  ASTM A213 T22 alloy steel is specifically engineered for high-temperature and high-pressure environments, providing excellent creep resistance and oxidation resistance.

• Durability
  The carbon steel fins are securely welded to the base tube, ensuring durability and resistance to mechanical wear and tear, especially in furnace and boiler environments.

• Corrosion Resistance
  The combination of alloy steel tube and carbon steel fins resists corrosion, making this fin tube ideal for applications in high-temperature flue gas streams.

• Cost-Effective
  Compared to other fin materials like stainless steel, carbon steel offers a more cost-effective solution while still maintaining good thermal conductivity and mechanical strength.

Applications

• Convection Sections of Furnaces:
  In fired heaters and industrial furnaces, where heat needs to be transferred from flue gases to process fluids.

• Power Plant Boilers:
  Used in economizers and superheaters for heat recovery from flue gases.

• Petrochemical and Chemical Plants:
  Suitable for applications where efficient heat exchange is needed for steam generation or process heating.

• Heat Recovery Systems:
  Ideal for waste heat recovery units where thermal energy from exhaust gases is recovered and reused.