Waterjets or high-pressure washers use high water pressure to remove contaminants from surfaces. In this equipment, due to the high water pressure, we will need to use equipment to maintain this pressure until it leaves the nozzle of the device. Optimal and standard coupling and adaptor, and fittings can maintain the water pressure of the device to increase the quality of cleaning. These coupling and adaptor are made of brass metal and can withstand high pressure. Therefore, their use in mechanized cleaning devices maintains the efficiency of the device and prevents disruption in the cleaning process.
The importance of using quality coupling and adaptor in industrial waterjets
Due to the high pressure of the outlet water, industrial water jets must direct the water flow to the nozzle using strong and standard coupling and adaptor. In addition to using non-standard parts and couplings, in addition to reducing the efficiency of the device can cause accidents and damage to the user or the industrial cleaning device used in the cleaning process.
Features of standard waterjet coupling and adaptor
coupling and adaptor used in mechanized cleaning equipment must be able to withstand water flow up to 3000 times to be able to provide the desired quality of cleaning. These parts are made of brass metal or stainless steel to prevent cracking, loosening, or leakage in them. The quality of construction of these parts is of great importance in maintaining the safety of the user while working with the device and maintaining the water pressure for washing and cleaning surfaces.
Safety tips for using adaptors in high-pressure washers
When using industrial waterjet coupling and adaptor you should consider their safety and proper maintenance tips to prevent defects in the device. Note that cleaning the coupling and adaptor periodically, in addition to preventing the remaining salts and contaminants from this equipment, will maintain the proper working pressure and the health of the pump will increase the water pressure of the device.
