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28<br />
33:1<br />
AIRLESS <strong>spray</strong>ing technique<br />
up to 500 bar<br />
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the <strong>spray</strong> gun at high pressure. This environmentally friendly and economical <strong>spray</strong>ing method is ideal, especially when<br />
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it under high pressure to the Airless <strong>spray</strong> gun. A specially formed <strong>spray</strong> tip provides for very fine and airless atomization<br />
and guarantees high coating thickness in one pass. You can use <strong>mate</strong>rials of high viscosity and therefore save a lot of<br />
solvent. Due to its pneumatic operation, the whole system is explosion-proof<br />
AIRSPRAY technique up to 250 bar<br />
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is transferred to the <strong>spray</strong> gun under high pressure (although only up to max. 250 bar). Due to the regulated supply<br />
of compressed air to the <strong>spray</strong> jet, it produces a soft and controllable stream with minimal over<strong>spray</strong>.<br />
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HOTFLOW <strong>spray</strong>ing technique<br />
up to 450 bar<br />
A flow heater heats up the paint to the desired temperature. The use of solvents in order to change the viscosity is ther<br />
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times and perfect AIRLESS surfaces.<br />
Pressure conversion<br />
The pressure conversion shows in which ratio the fluid pump transforms the incoming air pressure to hydraulic pressure.<br />
The hydraulic pressure is responsible for the transport of the fluid to the <strong>spray</strong> gun. For example, a fluid pump with a<br />
pressure conversion ratio of 33:1 generates up to max. 264 bar out of 8 bar incoming pressure.
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