The laboratory vacuum furnace can be used for brazing experiments. Vacuum furnace brazing, also known as vacuum brazing, refers to an advanced brazing method that achieves workpiece brazing under vacuum conditions. It has many advantages in laboratory settings.
Preventing oxidation: eliminating the influence of gas on the workpiece, there will be no problems such as oxidation, carburizing, decarburization, etc. The brazed joint has good cleanliness and high strength.
Wide range of applicable materials: The oxygen content in the brazing atmosphere is lower, making it more suitable for brazing easily oxidizable metals or materials containing easily oxidizable elements, such as high-temperature alloys and titanium alloys containing aluminum, titanium, and other elements; By using active brazing materials such as OKNA AgCuTi, non-metallic materials such as ceramics and diamonds can be directly brazed to achieve a strong and reliable connection.
Improving material performance: When there is low pressure and high temperature around the components and brazing materials, the gas and impurities of the metal can be discharged, which improves the performance of the component materials.
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