Two ways to achieve ultra high pressure in high pressure cleaner

In the field of industrial cleaning, the application range of high-pressure cleaners has been quite extensive, but the proportion of equipment in this area is not high, mainly due to the limitations of factors such as process and technology, which makes the pressure of domestic overpressure washing machines. Can only reach 1500-2000bar or so. In order to change this phenomenon, we can further expand the application of domestic ultra-high pressure cleaners by supercharging, so what kind of way should we achieve supercharging? There are two types of pressurization methods for high-pressure cleaners: one is a high-pressure piston pump and the other is a supercharger, both of which have their own characteristics.
 
When the high-pressure cleaner is used to increase the pressure by the high-pressure plunger pump, the high-pressure plunger pump itself has the characteristics of compact structure, small volume, few pipes, and beautiful appearance, so the complexity of the structure of the high-pressure cleaner is not increased. It is also relatively easy to achieve high-volume automated production and assembly, but it requires a higher sealing material. If the supercharger in the high-pressure cleaner is used as an environmental booster, it is easy to reach an ultra-high pressure of 3000 bar; if the sealing method is slightly improved, the high-pressure cleaner can even reach a pressure of 5000 bar.
 
Moreover, since the speed of the supercharger plunger itself is relatively low, it is generally only 0.2 m/s, and the requirements for the seal are not high, so the requirement for the inlet water pressure is low. The water can be cut off without the need of a water tank, which avoids the water overflowing the water tank during use. In addition, each group of superchargers is independent, so when a group of superchargers in a high pressure cleaner fails, the other superchargers automatically speed up the movement and provide greater flow. The only downside is that the supercharger has a small flow rate and must be equipped with a hydraulic system, which makes it difficult to automate production and assembly.