Ultrasonic Low-melting Metal Melt Treatment Equipment
Ultrasonic low-melting metal melt treatment equipment is mainly used in industries such as new material metallurgy and welding. Under the high-frequency vibration of ultrasound, it is beneficial for metal melt degassing, impurity removal, grain refinement, and enhanced leaching process.
At the same time, it is also possible to achieve material welding that is difficult to achieve with traditional processes in a very short period of time without using any soldering flux.
Tin and Indium Powder
Ultrasonic tin powder (low melting point metals such as indium powder) atomization equipment is a new type of powder production equipment developed in recent years, which atomizes melted metals into powder through ultrasonic waves. When the ultrasonic power generator excites the ultrasonic transducer, causing the ultrasonic tool head as the load of the transducer to vibrate, the melted metal solution is atomized through ultrasonic vibration, and then the metal particles in the form of droplets are cooled and solidified in the air before falling into the powder collection cylinder, and collected into metal powder.
The tin powder (indium powder, etc.) prepared by ultrasonic atomization process has good sphericity, narrow particle size distribution, and low oxygen content.
Indium Coating
Ultrasonic indium coating machine, also known as target welding machine, is mainly used for coating indium on metal and non-metal surfaces such as copper plates, ITO glass, and silicon dioxide. It mainly includes surface coatings on flat surfaces, inner holes, and outer circles.
Ultrasonic indium coating machine, as an innovative coating equipment, has brought new breakthroughs to coating applications with its high efficiency, precision, environmental protection, and energy saving characteristics. It can achieve high-quality and uniform coating, suitable for surfaces of various shapes of objects.
Superconducting Wire Indium Coating
Ultrasonic coating of indium on superconducting wires is a method of applying indium coating on the surface of superconducting wires using ultrasonic technology. This indium coating method is commonly used to prepare superconducting materials to provide superconducting properties and protect superconducting layers.
The coating of indium on ultrasonic superconducting wires itself cannot directly improve superconducting performance. The superconducting performance is mainly determined by the physical properties of superconducting materials, and the role of coatings is to protect the superconducting layer and provide external protection.
Tinning Machine
Ultrasonic metal tinning is a process that utilizes the cavitation effect generated by ultrasonic waves in molten tin. Ultrasonic vibration is introduced into the molten tin, and the cavitation effect of ultrasonic waves is used to peel off the oxide layer on the surface of the metal immersed in the liquid and carry it away by the sound flow. This enables the tin liquid to adhere more firmly and uniformly to the clean metal surface, thereby achieving the goal of high-quality tinning.
Aluminum Melt Treatment
Ultrasonic metal aluminum melt treatment equipment is an advanced device that uses ultrasonic technology to treat aluminum melt. It uses high-frequency ultrasonic waves to excite the aluminum melt, promote uniform mixing of the melt, and remove bubbles. It is mainly used in the casting and processing of aluminum alloys.
The ultrasonic metal aluminum melt treatment equipment is designed to withstand the high temperature environment of aluminum melt (about 660 ° C), ensuring long-term stable operation. Equipped with advanced control systems, it can detect and adjust ultrasonic parameters in real time to ensure the consistency of treatment effect.
