ASME SA209 TP304 Нержавеющая сталь с встроенным трубопроводом типа G с алюминиевым 1060

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ASME SA209 TP304 Нержавеющая сталь с встроенным трубопроводом типа G с алюминиевым 1060

ЮХОНГ ФИН ТУБ

April 22, 2025

Category Connection: Пинная трубка

Чат контактные данные

Tags:

#финнед медная трубка #Трубка ребра теплообменного аппарата #прессованная ребристая труба

Вкратце: Discover the ASME SA209 TP304 Stainless Steel Embedded Fin Tube Fin Type G with Aluminum 1060 Fin, a high-efficiency heat transfer element. Combining stainless steel's corrosion resistance with aluminum's thermal conductivity, this fin tube is ideal for high-temperature, high-pressure, and corrosive environments. Learn about its applications in acid gas coolers, waste heat boilers, and more.

Связанные характеристики продукта:

Combines stainless steel base tube with aluminum fins for enhanced heat transfer.
Embedded process ensures fins do not fall off under high pressure (≤30 MPa).
Corrosion-resistant to acid, alkali, salt spray, and high-temperature oxidation.
Service life of up to 15-20 years in harsh environments.
Widely used in acid gas coolers, high-temperature reactors, and waste heat boilers.
Available in various core tube materials including carbon steel, stainless steel, and copper.
Meets ASME SA209 standards for quality and performance.
Undergoes rigorous quality control including chemical composition and mechanical tests.

ЧаВо:

What materials are used in the ASME SA209 TP304 Embedded Fin Tube?

The fin tube consists of a stainless steel 304 base tube and aluminum 1060 fins, combining corrosion resistance with high thermal conductivity.
What are the key applications of this fin tube?

It is used in acid gas coolers, high-temperature reactors, waste heat boilers, nuclear power plant feed water heaters, and seawater coolers due to its durability and heat transfer efficiency.
How does the embedded fin process enhance performance?

The embedded process mechanically bonds the fins to the base tube, ensuring they remain secure under high pressure and vibration, while improving heat transfer efficiency.