Nonferrous Metals Welding
Nonferrous Metals Welding – Ultrasonic Soldering Iron – Cheersonic
There are only over 80 types of non-ferrous metal elements, but there are various types of non-ferrous alloys with varying properties. Non ferrous alloys generally have higher strength and hardness than pure metals, higher resistance and lower temperature coefficient of resistance, and have good comprehensive mechanical properties. Commonly used non-ferrous alloys include aluminum alloy, copper alloy, magnesium alloy, nickel alloy, tin alloy, tantalum alloy, titanium alloy, zinc alloy, molybdenum alloy, zirconium alloy, etc. Copper in non-ferrous metals is one of the earliest metal materials used by humans. In modern times, non-ferrous metals and their alloys have become indispensable structural and functional materials in fields such as mechanical manufacturing, construction, electronics, aerospace, and nuclear energy utilization.
The tip of ultrasonic soldering iron vibrates at ultrasonic frequencies. This vibration induces cavitation in the molten solder, which breaks up and removes oxides and promotes wetting. Ultrasonic soldering iron enables the easier joining of hard-to-solder materials which are known as impossible or difficult to be soldered in conventional soldering. Eco-friendly soldering is achieved by fluxless soldering and no post treatment to remove flux. The ultrasonic soldering technology is widely used in nonferrous metals. The ultrasonic soldering iron of Cheersonic produces high quality soldered joints. Using the solder alloy, can easily solder directly to glass, ceramics and other low solderability materials.
Cheersonic is an expert manufacturer of ultrasonic equipment. We have focused on ultrasonic soldering technology more than 20 years. The ultrasonic technology and automated system are researched and developed all by ourselves. In our sample and testing studio we are offering the testing of your material. According to the needs and testing result, Cheersonic would customize ultrasonic solutions for you.