It is common for nozzles of high-pressure cleaners to be damaged that the nozzles are blocked. There are also some changes in the internal structure of the product after modification, which then affects the application of the nozzle. In fact, there are many reasons for the hazards of nozzles. Next, let's analyze some of the more common causes:
(a) The corrosive nature of the chemical data causes the nozzle to be damaged.
When cleaning personnel use chemical data to wash and wash targets, these chemical data will become corrosive to high-pressure nozzles, and then affect the normal function of the nozzle function.
(b) The high temperature water medium will also have an adverse effect on high pressure nozzles.
If the high-pressure nozzle is operated at a high temperature or an abnormal temperature for a long time, the nozzle will be damaged due to softening of the data, and then the normal operation of the nozzle will be affected.
(3) Inappropriate application methods will also adversely affect the high-pressure nozzles.
The use of faults and their inability to perform maintenance in a timely manner are the main causes of accidental damage to high-pressure nozzles. Although in order to prevent the hazard that the nozzle mouth is planned to be concave as far as possible, the offset structure of the fan nozzle is very simple to be harmed.
(4) Poor pressure nozzles also have a very bad influence on the nozzle.
The accumulation of chemical data and impurities on the internal or external margins of the high-pressure nozzles can result in poor flow of the nozzles and can easily block. This will affect the spray effect of the nozzle, and then affect the spray pressure, resulting in unsatisfactory cleaning power, or even causing the nozzle to block without water.
(E) The effect of corrosion on the high pressure nozzle can also have adverse effects.
When the high flow rate liquid passes through the metal surface of the high pressure nozzle hole, it will attack the nozzle hole, causing the nozzle pressure to drop, and the spray condition to be indiscriminate. The probability of nozzle attack is dependent on the hardness of the liquid, the pressure of the spray, the type of chemical data used, and its amount. In addition, particle impurities in the liquid also have a certain influence on the attack of the nozzle. Therefore, in order to ensure the outstanding function of the nozzle, we should use less corrosive chemical cleaning when cleaning.
Article source: Pressure Washer www.northeastfootcenter.com