Towards the approaching 5G era: Addressing the increase in heat generation and the complexity of heat exchangers! We present a technical document that clearly summarizes the overview of brazing!

In the upcoming 5G era, a challenge is how to suppress the "heat generation" associated with the high-speed processing of machines. To address this, the complexity of heat exchangers and various components is being emphasized, and the technology of "brazing" will play a significant role in these 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 - Reasons why a strong joint can be achieved when "brazing" fills the joint gap - Capillary phenomenon and optimal gap for brazing - Wetting of the brazing material due to the reducing action of the base material and brazing filler - 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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