Tube fin heat exchanger welding process

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Tube fin heat exchanger welding process

Fin type heat exchanger

January 18, 2022

Categorie Verbinding: Vintype Warmtewisselaar

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Tags:

#finned warmtewisselaar #de warmtewisselaar van de aluminiumvin #diepvriezerwarmtewisselaar

Kort: Discover the precision welding process of the Copper Tube Fin type Heat Exchanger for Drying Equipments. This video showcases the high-quality construction and customizable features of this essential component for industrial drying systems. Learn how our advanced technology ensures durability and efficiency in heat exchange applications.

Gerelateerde Productkenmerken:

Available in various finned tube types including Steel-steel SRZ, Steel-steel GLII, SS-AL BGL, and SS-SS.
Customizable diameters ranging from Φ16*1.0 to Φ25*2.0 to suit specific drying equipment needs.
Fin specifics include options like 10*0.4, 10*0.3, and 15*0.3 for optimal heat transfer efficiency.
Designed for high-performance heat exchange in industrial drying applications.
Constructed with durable materials like copper and aluminum for long-lasting use.
Offers multiple fin pitch options (F.P) such as 3.2, 5.0, 6.0, and 8.0 for versatile applications.
Precision welding ensures robust and leak-proof connections for reliable operation.
Backed by Changzhou Aidear Refrigeration Technology Co., Ltd., a trusted provider of refrigeration solutions.

Vraagstukken:

What types of finned tube configurations are available for this heat exchanger?

The heat exchanger is available in various configurations including Steel-steel SRZ, Steel-steel GLII, SS-AL BGL, and SS-SS, each designed for specific performance needs.
Can the dimensions of the heat exchanger be customized?

Yes, the heat exchanger offers customizable diameters ranging from Φ16*1.0 to Φ25*2.0 and various fin specifics to meet specific drying equipment requirements.
What materials are used in the construction of this heat exchanger?

The heat exchanger is constructed with high-quality materials such as copper and aluminum, ensuring durability and efficient heat transfer for industrial applications.