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As an efficient and environmentally friendly physical and chemical method, ultrasonic sonochemistry technology has shown significant application potential in the field of nanomaterial dispersion and extraction in recent years. The special effects of cavitation effect, microjet and shear force produced by high-power ultrasound in liquids can effectively solve the problem of nanomaterial agglomeration and greatly improve the efficiency and uniformity of the biological extraction process.

Ultrasonic metal melt treatment equipment is a high-power ultrasonic equipment specially developed for the metallurgical industry.

In the ultrasonic atomization spraying process, coating thickness and uniformity are the core indicators that determine product performance (such as optical properties, corrosion resistance, and conductivity). The amplitude and frequency of the ultrasonic wave, the properties of the liquid, and the amount of liquid supplied per unit time are key parameters for spraying process control, which directly affect the dynamic behavior of the droplets and work together in the process of liquid atomization → coating film formation.

1. What is ultrasonic aluminum melt?

Ultrasonic aluminum melt processing equipment is a high-power ultrasonic equipment specially used in the metallurgical industry. The front end tool head of the ultrasonic vibrator is immersed in the aluminum solution in the furnace.

In the food processing industry, traditional cutting technology often causes problems such as blade adhesion, cut surface deformation, and health hazards that affect production efficiency and product quality. Ultrasonic cutting knives, with their unique high-frequency vibration cutting principle, are becoming a revolutionary technology to solve these pain points. This article will reveal the secret of "pollution-free cutting" in bread, cheese, and frozen meat processing from the aspects of working principle, core advantages, and application scenarios.

Ultrasonic metal powder making technology has significant advantages in the preparation of solder powder and indium powder, especially in particle size control, sphericity and low oxygen content. The following are its main applications and technical features:

At present, in the fields of electronic manufacturing, new energy and high-end equipment, the tinning process for metal wire harness heads and lug ends will be adopted during the product production process. This technology determines the mechanical strength of the welding point and affects the reliability and market competitiveness of the overall product.

Ultrasonic indium coating machine is an advanced equipment that uses high-frequency vibration to achieve uniform coating of indium metal. Its core principle is to remove microbubbles and enhance material adhesion through ultrasonic energy. This process technology is widely used in electronic manufacturing, photovoltaics and other fields. The following is a detailed description of the working principle, application field, technical advantages and equipment type.

Activation agents and anticoagulants, including heparin, need to be added to medical blood collection tubes and injection walls EDTA、 How to evenly apply materials such as silica and acidic citrate glucose to the inner wall of the blood collection tube to prevent blood clotting and facilitate later detection experiments? Ultrasound plays an indispensable role in it.

Since the release of the "13th Five Year Plan for National Science and Technology Innovation" by the State Council in 2016, various departments have successively introduced policies related to the industrialization and development of perovskite solar cells, promoting the development of solar cells. In March 2023, the establishment of the Perovskite Photovoltaic Standard Special Group of the Standardization Technical Committee of the China Photovoltaic Industry Association began, further enhancing the process of sorting and improving the standard system for perovskite cells.