The ash vacuum cleaner uses the high-speed rotation of the motor to form a vacuum in the main body, and the resulting high-speed airflow is used to suck in the garbage from the suction port of the ash vacuum cleaner. At this time, the speed of the airflow is as high as 240 revolutions per hour, and pests such as lice enter the main body of the ash vacuum cleaner and die due to high-speed collision against the inner wall of the vacuum tube. Then let’s introduce how to classify ash vacuum cleaners. Here is the content list: How to classify ash vacuum cleaners What do we need to pay attention to when we use an ash vacuum cleaner
The swimming pool vacuum cleaner is a product that can be used specifically for underwater cleaning. It is generally used to absorb dirt at the bottom of swimming pools and fish ponds to remove silt, hair, and other dirty things. So how does the swimming pool vacuum cleaner check for malfunctions? Next are some methods. Here is the content list: How to check the malfunction of the general swimming pool vacuum cleaner? How to check the malfunction of the negative pressure swimming pool vacuum cleaner? How to check the fault of the positive pressure swimming pool vacuum cleaner?
With the increasing popularity of ash vacuum cleaners, more and more families choose to use ash vacuum cleaners for cleaning. Then let us introduce a classification of ash vacuum cleaners by function. Here is the content list: Classification of ash vacuum cleaners by function The basic structure of the ash vacuum cleaner
Advantages of vacuum cleanerUsing a vacuum cleaner can uniformly suck away dust and garbage, which greatly saves our cleaning time, and avoids the impact of dust on the indoor environment. Furthermore, it also reduces the chance of family members suffering from respiratory diseases. So what are the