The best high pressure washers are among the most powerful cleaning machines available. These machines are commonly found in commercial and industrial areas. A good example is heavy duty industrial degreasing. The following are some of the top specifications of these machines.
Pressure Level
The best high pressure washers from Daimer® reach up to 8000 psi. However, such high pressure levels are often not required. For instance, the Super Max™ 12200 features pressure levels of 2000 psi for cleaning sidewalks, driveways, building exteriors, and more.
Output Temperature
Pressure washers normally offer three varying temperature levels - cold water, hot water, and steam. Cold water means the output is at room temperature; hot water means the output has a temperature up to 210°F; and steam output has a temperature of 330°F. The best high pressure washers normally provide steam output. Many machines from Daimer®, including the Super Max™ 12200, are tri-mode machines offering all three temperature outputs.
Flow Rate
Flow rate refers to the quantity of water that passes through the nozzle of the machine. Usually, higher pressure levels feature higher flow rates. Unfortunately, not all areas have adequate drainage facilities for machines with high flow rates.
Pressure Level
The best high pressure washers from Daimer® reach up to 8000 psi. However, such high pressure levels are often not required. For instance, the Super Max™ 12200 features pressure levels of 2000 psi for cleaning sidewalks, driveways, building exteriors, and more.
Output Temperature
Pressure washers normally offer three varying temperature levels - cold water, hot water, and steam. Cold water means the output is at room temperature; hot water means the output has a temperature up to 210°F; and steam output has a temperature of 330°F. The best high pressure washers normally provide steam output. Many machines from Daimer®, including the Super Max™ 12200, are tri-mode machines offering all three temperature outputs.
Flow Rate
Flow rate refers to the quantity of water that passes through the nozzle of the machine. Usually, higher pressure levels feature higher flow rates. Unfortunately, not all areas have adequate drainage facilities for machines with high flow rates.
