Low Frequency Waveguide Descaler is a cutting-edge technology that has proved its efficiency in solving scaling problems in various industries, offering long-term solutions to the issues that scaling causes.
Our company, Low Frequency Waveguide Descaler, has come up with an effective solution to solve this problems once and for all.It is a well-known fact that scaling in industrial equipment decreases the performance and increases the failure rate of pumps, compressors, heat exchangers, and other essential equipment.Low Frequency Waveguide Descaler is one of the most reliable and robust descaling technologies available today. It has successfully helped a wide range of industries, including oil and gas, food processing, marine, and power generation, to remedy their scaling problems.
The technical principle of low-frequency waveguide descaler is that the power supply adopts unique integrated circuit and signal processing technology, and the alternating current of 205012 is converted into alternating current with a frequency of 61812.
The low-frequency power supply converts the electrical signal into a mechanical wave through the waveguide transmitter, and the transmitter waveguide performs a continuous redirection action on the outer wall of the connected piece to be cleaned. The volley in the accessory produces large-scale forward and reverse eddy currents in the flow field. Due to the effects of fluid pulsation and fluid pulsation, the scale layer in the target has a series of physical changes such as seepage, cracking and separation. The scale layer is crushed and peeled off in the form of tiny suspended particles, so as to achieve the purpose of cleaning the dirt inside the target on-line. : When the low-frequency waveguide descaler is running for a long time (or running periodically). Under the action of vortex cavitation and fluid pulsation, fouling cannot be formed on the inner wall of the heat exchange device, so as to achieve the effect of synchronizing fouling and anti-fouling.
"Splitting" effect
When the descaler cleans the target on-line, the scale layer inside the cleaned target gradually produces a large number of fine cracks under the vortex cavitation effect and pulse action of the liquid flow, so that the body will gradually penetrate into the scale layer. As the cleaning time changes, the fouling layer in the entire target (waveguide system) to be cleaned has this kind of cracking effect.
"Stripping" effect
When the dirt on the inner wall of the cleaned target has a "cracking and seeping" effect, as the cleaning work of the descaler continues, under the action of fluid vortex cavitation and pulsation, the dirt layer gradually peels off from the surface and the inside. The characteristics of the "stripping" scale layer: The dirt that falls off is not in the form of blocks (flakes), but forms a particulate suspension of less than 0.1 mm, which is completely removed from the cleaning system with the liquid flow to achieve the purpose of thoroughly cleaning the target.
"Scaling" effect
The prerequisite for completing the online cleaning of the target is the influence of the above-mentioned "cracking" and "peeling" effects. As long as the descaler does not stop working, these two effects will always exist in the waveguide system, so as to achieve the purpose of long-term scale inhibition. During the operation of the descaler, the energy consumption is extremely low, the long-term operation consumes less energy, and the scale inhibition effect is significant.
Low Frequency Waveguide Descaler operates through a low-frequency electromagnetic field, ensuring that it disintegrates the crystalline structure of scale buildup without affecting the equipment. The result is a smoother surface, which allows for better heat transfer, lower energy consumption, and higher productivity. The technology is designed to deliver maximum results with minimal impact on the environment.
