Titanium is a metal that is difficult to solder, and it is a rare joining method.
In the easy-to-understand "Brazing" series, we will explain "Brazing of Titanium." Titanium is a metal characterized by being "light," "strong," and "rust-resistant," with excellent corrosion resistance against seawater and saltwater. Due to its high strength and light weight, it is commonly used in aircraft and ships. Compared to stainless steel, titanium has a strong oxide film, which gives it superior corrosion resistance. To perform brazing, it is important to remove this strong oxide film; however, since oxygen and nitrogen in the atmosphere can affect the process, brazing is done in a furnace that isolates the air. Titanium brazing material is used. This brazing material can join at temperatures below titanium's transformation point, allowing for bonding without damaging the properties of the base material. We will provide a clear explanation with diagrams in the PDF materials.
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"Brazing" is a technique that involves flowing "molten metal filler" between base materials and cooling it to join them. The base materials and the filler are firmly bonded at the atomic level. 【Brazing is a familiar joining technology】 Brazing is used in parts for automobiles, air conditioners, gas water heaters, tools, and more. It is widely useful in fields such as machining and pipe processing. 【Advantages of Brazing】 ● Can join thin sheets and achieve precise connections ● Can join multiple points simultaneously ● Can join dissimilar metals and non-metals ● Can create complex shapes that cannot be made through cutting or grinding ● Can achieve high airtightness in joints While "welding" is a technique that joins materials by melting the base material, "brazing" is a technique that joins materials with little to no melting of the base material, making it suitable for joining delicate parts such as small items and thin sheets.