Do you ever need to spray a liquid? If so lets look at two of EXAIR’s Atomizing Spray Nozzles or ASN for short. The first model we will discuss is the AD1010SS Internal Mix Deflected Flat Fan Pattern.
To begin with all EXAIR ASN’s are made from SS for durability and liquid compatibility. As its name implies it creates a flat fan pattern that exit’s the nozzle perpendicular to the air & liquid inlets as shown above. This unique design lends itself nicely to applications with space constraints. The AD1010SS is the ideal choice for coating the inside of enclosures or ductwork. It is compatible with liquids up to 300 centipoise and the air and liquid are mixed in the air cap. The AD1010SS is designed for pressure fed applications not requiring independent air and liquid control. What is meant by that statement is that if you vary either the air or liquid pressures you change the spray pattern and volume. See the chart below for clarification on pressures, volumes and spray patterns.
Next we will look at EXAIR model AT1010SS internal mix 360° hollow circular pattern ASN.
The AT1010SS internal mix 360° nozzle is designed for applications where the spray pattern must be oriented away from the nozzle in all directions. 360° nozzles are ideal where a smooth, even coating is needed on the ID of a pipe or similar ductwork. It is compatible with liquids up to 300 centipoise and the air and liquid are mixed in the air cap. The AT1010SS is designed for pressure fed applications not requiring independent air and liquid control. As above if you vary either the air or liquid pressures you change the spray pattern and volume. See the chart below for clarification on pressures, volumes and spray patterns. They also work great for operations where a mist over a broad area is needed, such as dust suppression, humidification and cooling. See the chart below for clarification on pressures, volumes and spray patterns.
If you would like to discuss EXAIR’s Atomizing Spray Nozzles or any EXAIR compressed air product, I would enjoy hearing from you…give me a call.
Steve Harrison
Application Engineer
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