Intercambiadores de calor DELLOK 16 segmentos Tubo aleteado de acero inoxidable TP304L

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Intercambiadores de calor DELLOK 16 segmentos Tubo aleteado de acero inoxidable TP304L

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July 15, 2025

Category Connection: Tubo de aleta de acero inoxidable

Chatea Contáctenos

Etiquetas:

#EN10204 integró el tubo de aleta #Tubo galvanizado 25m m EN10204 #tubería galvanizada 31 75m m

Brief: Discover the DELLOK Heat Exchangers 16 segments TP304L Stainless Steel Fin Tube, designed for high-performance heat exchange in demanding environments. This video showcases its seamless construction, extruded aluminum fins, and versatile applications in power plants, chemical industries, and more.

Related Product Features:

Seamless cold-drawn tube with plain or bevel ends for easy installation.
Extruded aluminum fins (1100 series) in solid plain or serrated designs with 12, 16, or 24 segments.
Unfinned sections at both ends (10mm~50mm) and middle gaps for flexibility.
Zinc or aluminum metallized coating on bare ends for enhanced corrosion resistance.
Includes tube support accessories like clamp or spacer boxes in aluminum, zinc, or stainless steel.
Ideal for high-corrosive systems, power plants, and petrochemical industries.
Daily production capacity up to 15,000 meters with CE, ISO, and EN10204 certifications.
DR-extruded bimetallic fin tubes offer steady heat transfer up to 300°C and easy cleaning.

Las preguntas:

What are the key applications of the DELLOK Heat Exchangers Fin Tube?

It is widely used in power plants (electric, nuclear, thermal), high-corrosive systems (condensers, desalination), petroleum/chemical industries, food processing, and natural gas treatment.
What types of fins are available for this heat exchanger tube?

The fins are extruded as solid plain or serrated, segmented into 12, 16, or 24 parts, with customizable designs to meet specific requirements.
How does the DR-extruded bimetallic fin tube compare to other mechanical fins?

DR-extruded fins are stronger than L, LL, KL, or G-type fins, offering better durability, easier cleaning, and steady heat transfer coefficients up to 300°C, making them cost-effective for high-stress environments.

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