How to quickly understand the business model and market capabilities of DPF cleaning machine products.
A professional enterprise engaged in the application of cleaning agents, Kehuinuo – Cleaning Equipment Company, provides professional cleaning agent channels for the humid and corrosive characteristics of the industry, targeting oil stains on metal surfaces, and cleaning ink. The products are widely used in the pharmaceutical industry, such as alkylbenzene, toluene, and xylene dishes, Grade A: epoxy ethane, Grade A: formic acid carbon black, etc; Class B: Ethylene bilirubin carbon black, etc.
In the past decade, ultrasonic cleaning equipment has been developing in two directions. Firstly, various types of ultrasonic cleaning equipment have been launched one after another; Secondly, the development of low-frequency ultrasonic cleaning machines towards high-frequency ultrasonic cleaning machines. While removing bucket scale in the United States, removing residual surface active agents of sub micron scale chemical agents can accelerate ultrasonic cleaning speed. At the beginning of the 21st century.
The ultrasonic cleaning machine can perform precise cleaning of hardware workpieces. Its purpose is to remove dirt such as oil, rust, welding slag, grease, and dust from the surface of the workpiece, in order to achieve its cleaning effect. Secondly, ultrasonic cleaning equipment is time-consuming and labor-intensive in cleaning workpieces, and does not cause damage to larger particles.
Ultrasonic cleaning equipment has pioneered a typical oil removal and cleaning process, using ultrasonic cleaning machines, workpiece cleaning machines, and workpiece related wave systems to remove residues such as oil and dust from the workpiece. It seems that the prominent feature of ultrasonic cleaning equipment is the use of complex geometric symbols, which makes microelectronic devices hesitant. The working process minimizes the number of symbols, which is inferior to the hollow part, making the ultrasonic cleaning process complete. According to statistics, there are eight common digital temperature control timing devices for single slot ultrasonic cleaning machines and double slot ultrasonic cleaning machines, as well as throttle valve switches for heating and washing basket timing, and overtemperature protection devices.
The structure of ultrasonic cleaning machines generally includes two forms: ultrasonic power supply and cleaning machine integrated or separated layout, which are generally used for low-power (below 200W) cleaning machines.
The split structure of the ultrasonic cleaning machine consists of three main parts: (1) the cleaning cylinder; (2) Ultrasonic generator; (3) Ultrasonic transducer.
The resonance frequency and impedance of the transducer vary greatly with the depth of the cleaning solution. However, practice has shown that after placing an appropriate amount of cleaning material in the tank.
Generally speaking, due to small changes in cleaning load, complex frequency automatic tracking circuits are not required.
Ultrasonic generator, also known as ultrasonic driving power supply, electronic tube device, and ultrasonic controller, is a masterpiece of high-power ultrasonic systems.
The oscillator is an independently controlled independent excitation circuit with multiple generators, ensuring stable performance.
The oscillator is mostly a single generator, and the frequency is generally consistent with the ± 3 phase sum of the resonant frequency.
● Classification of control circuit scope: generator size, frequency, ultrasonic power, ultrasonic frequency (manual), design and direction of cleaning circuit board.