HollowStream Cone Liquid Atomizing Nozzles

HollowStream Cone Liquid Atomizing Nozzles

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These liquid spray nozzles produce a hollow cone spray pattern resulting in a circular ring spray pattern. They are available in 1/4 and 3/8 NPT thread size with varying liquid flow rates.
  • Vaneless design resists clogging from particulates in liquid
  • High liquid flow rates
  • All stainless-steel construction

HollowStream™ Cone Liquid Atomizing Nozzle, 1/4 NPT

EXAIR’s 1/4 NPT HollowStream™ Cone Nozzles, with a circular ring spray pattern, are among the most common type of spray nozzles. Hollow cone spray nozzles are applied to solve cooling, cleaning, washing, rinsing and dust suppression applications throughout industry with less liquid than their full cone counterparts. Their design is vaneless, which creates wide open internal features to resist clogging and can work well with liquids containing particulate. They produce a uniform distribution in a hollow cone ring pattern. Their right-angle design is compact and operates up to 250 PSI liquid pressure. They are commonly used with liquids like water, rinse aids or detergents but are also effective with chemicals, pesticides and herbicides. Adjustment of the liquid flow rate is done by varying liquid pressure.
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HollowStream™ Cone Liquid Atomizing Nozzle, 3/8 NPT

EXAIR’s 3/8 NPT HollowStream™ Cone Nozzles, with a circular ring spray pattern, are among the most common type of spray nozzles. Hollow cone spray nozzles are applied to solve cooling, cleaning, washing, rinsing and dust suppression applications throughout industry with less liquid than their full cone counterparts. Their design is vaneless, which creates wide open internal features to resist clogging and can work well with liquids containing particulate. They produce a uniform distribution in a hollow cone ring pattern. Their right-angle design is compact and operates up to 250 PSI liquid pressure. They are commonly used with liquids like water, rinse aids or detergents but are also effective with chemicals, pesticides and herbicides. Adjustment of the liquid flow rate is done by varying liquid pressure.
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