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[Technical Column] Issue 7: "Aluminum Clad Materials" and the Story of Heat Exchangers

[Technical Column] Issue 7: "Aluminum Clad Materials" and the Story of Heat Exchangers

Introducing the manufacturing methods of aluminum clad materials and fillets!

This column discusses "aluminum clad materials" and heat exchangers. First, let me briefly introduce the manufacturing method of aluminum clad materials. An aluminum block is produced before rolling. At that time, the thickness is 40 centimeters and the length can be nearly 10 meters. This block undergoes processes such as hot rolling and cold rolling, ultimately becoming aluminum clad materials used for fin materials of 40 microns and tube materials of 200 microns, which are used in heat exchangers. *For more details on the column, you can view it through the related links. Please feel free to contact us for more information.

  • Heat exchanger

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Standard Fin Technical Documentation Collection - Complete Edition

Standard Fin Technical Documentation Collection - Complete Edition

A must-see for those struggling with hot issues! Find hints for solving problems *Information on technical materials will be provided.

◎To investigate the performance of fins 1 ◎To reduce the weight of heat dissipation components 2 ◎To cool heating components with curved surfaces 3 ◎To improve the performance of natural air cooling radiators 4 ◎To dissipate heat from piping 5 ◎To improve the heat exchange efficiency of counterflow 6 ◎To prototype improved products for heat exchangers 7 ◎To enhance the efficiency of heat exchangers 8 ◎To miniaturize heat exchangers 9 ◎Easily detachable catalyst carriers 10 ◎To improve the performance of heaters for air heating 11 ◎To enhance the heat exchange efficiency of pipes 12 ◎To accommodate frequent changes in the heating target area 13 ◎Examples of improvements in folding fins 14 ◎To enhance the heat exchange efficiency of pipes -1- 15 ◎To enhance the heat exchange efficiency of pipes -2- 16 ◎To improve the efficiency of air heating 17 ◎To improve the efficiency of liquid heating 18 ◎To enhance the heat dissipation capacity of piping 19 ◎To avoid interference and improve the heat dissipation capacity of piping 20 *For more details, please refer to the PDF materials or feel free to contact us.*

  • Parts and Materials

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[Technical Column] Issue 5: "Miniaturization of Louver Fins" and Heat Exchangers

[Technical Column] Issue 5: "Miniaturization of Louver Fins" and Heat Exchangers

Publication on the miniaturization of louver fins and the high performance, compactness, and lightweight of heat exchangers!

In this column, we will introduce "the miniaturization of louver fins and the high performance, compactness, and lightweight of heat exchangers." We explain the main methods for reducing the boundary layer and illustrate the relationship between louver pitch and fin pitch that affects miniaturization and lightweight design. Please take a moment to read it. *For more detailed information about the column, you can view it through the related links. Feel free to contact us for more details.

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[Technical Column] Issue 6: "Molding Processing Technology" and Heat Exchangers

[Technical Column] Issue 6: "Molding Processing Technology" and Heat Exchangers

Published on 'Molding Processing Technology' regarding the high performance, compactness, and lightweight of heat exchangers!

In this column, we will introduce "Molding Processing Technology and the High Performance, Miniaturization/Lightweight of Heat Exchangers." We will explain the manufacturing process of heat exchangers, as well as how we achieve their miniaturization, lightweight, and cost reduction. We invite you to read it. *For more details on the column, you can view it through the related links. Please feel free to contact us for more information.

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[Technical Column] Issue 10: A Discussion on "HVAC" and Heat Exchangers

[Technical Column] Issue 10: A Discussion on "HVAC" and Heat Exchangers

A high-pressure type "sirocco fan" is used because pressure is needed to push it in!

In this column, we will discuss HVAC products that create cold and warm air for car air conditioning. HVAC stands for Heating, Ventilation, and Air Conditioning. In addition to "sirocco," there are other types of fans, such as "propeller fans" used in radiators and "cross-flow fans" used in home air conditioning indoor units. However, car air conditioning requires a pushing pressure, so high-pressure "sirocco fans" are used. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

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