To the increasingly complex heat exchangers! What are the advantages of joining by brazing? *Materials available upon request.

"The increase in heat" is a problem arising from the advancement of machinery. We present a technical document that clearly summarizes the overview of brazing for the complex fabrication of heat exchangers!

With the development of communication networks and the advancement of devices, the challenge is how to suppress the "heat generation" that occurs during high-speed processing. To address this, the "complexity" of heat exchangers and various components is required, and the technology of "brazing" becomes a joining technique that plays an active role in such areas. We are currently offering a technical document that clearly explains the appropriate joining method "brazing" for products that require compactness and high performance. [Overview of Contents] ◆ Basic principles of brazing ◆ Detailed explanation of brazing - The reason why strong joints can be made by the flow of "brazing material" into the joint gap - Capillary phenomenon and optimal gap for brazed joints - Wetting of the brazing material due to the reducing action of the base material and brazing material - The four major elements of brazing ◆ Introduction to main brazing materials ◆ Vacuum brazing - Advantages of vacuum brazing - Disadvantages of vacuum brazing - Vacuum brazing process - Heating conditions for vacuum brazing - Guide for selecting brazing materials based on base material combinations *For more details, please check the information through [Request for Materials] or [PDF Download].

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