ASME SA192 Tubes à aileron en acier au carbone à bande serrée à aileron CS pour chauffage au feu

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ASME SA192 Tubes à aileron en acier au carbone à bande serrée à aileron CS pour chauffage au feu

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July 18, 2025

Catégorie Connexion: Tube à ailettes dentelé

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Les étiquettes:

#Tube à ailettes d'ASTM A312 #Tubes à aileron en spirale dentelée #Tube à ailettes d'échangeur de chaleur

Brief: Discover the ASME SA192 Carbon Steel Fin Tube with Serrated CS Fin Strip, designed for high-efficiency heat transfer in fired heaters. This durable and cost-effective solution is perfect for high-temperature applications in oil, gas, and power industries.

Related Product Features:

Base tube made of ASME SA192 Carbon Steel, ideal for high-pressure and high-temperature environments.
La bandelette d'ailette en acier au carbone dentelé (CS) améliore le transfert de chaleur en créant des turbulences.
Designed for fired heaters, ensuring efficient thermal performance in industrial settings.
Customizable outer diameter (19.05 mm - 114.3 mm) and fin height (15 mm - 45 mm).
High-temperature resistance with tensile strength of 415 - 535 MPa for the base tube.
Cost-effective solution combining durability and superior heat transfer efficiency.
Suitable for heat exchangers, boilers, and industrial heating systems.
Corrosion-resistant and mechanically robust for long-term performance.

Les questions:

What is the primary application of the ASME SA192 Carbon Steel Fin Tube?

It is primarily used in fired heaters for industries like oil and gas refining, petrochemical plants, and power generation due to its high-temperature and high-pressure resistance.
How does the serrated fin design improve heat transfer?

The serrated fin design increases the surface area and disrupts airflow, creating turbulence that enhances heat exchange efficiency.
Quels sont les avantages de l'utilisation de l'acier au carbone pour la bande d'aileron?

L'acier au carbone offre résistance, durabilité et rentabilité tout en offrant d'excellentes propriétés de transfert de chaleur, ce qui le rend idéal pour les applications industrielles exigeantes.