Spray Nozzles Spray Control Spray Analysis Spray Fabrication

Dust Control/Gas Cooling
Effective Dust Control and Gas Conditioning
Depends on Drop Size… And We Have the
Systems, Nozzles and Data You Need
Whether you’re looking for hydraulic spray nozzles for dust control or gas cooling,
energy-efficient air atomizing nozzles for evaporative cooling or a fully automated
system for gas conditioning, you’ll find we have a wide assortment of
proven solutions.
WhirlJet and SpiralJet ® Nozzles –
Ideal for Dust Absorption and Gas Cooling
Standard WhirlJet spray nozzles feature a hollow cone spray pattern
with a ring-shaped impact area. They produce a uniform distribution
of small- to medium-sized drops over a wide range of flow rates and
pressures and are well-suited to pollution control applications in mills
that require good atomization of liquids at lower pressures, quick heat
transfer or effective airborne drop impingement. WhirlJet nozzles also
feature large and unobstructed flow passages, which minimize or eliminate
clogging.
Specifications:
• Model A and B WhirlJet spray nozzles have removable caps and the original
WhirlJet whirlchamber design
• Model AX and BX WhirlJet spray nozzles feature the same uniform spray distribution
and two-piece construction as the A and B Series plus a slope-bottom
design which reduces the “drilling effect” of the fluid vortex in the whirlchamber
• Model C and D WhirlJet spray nozzles feature one-piece cast construction with
a precision-machined finish and the original WhirlJet whirlchamber design for
uniform spray distribution
• Model CX slope-bottom WhirlJet nozzles feature the same uniform spray performance
as the C Series, plus the added advantage of the patented, longer-life,
slope-bottom design to reduce the “drilling effect” of the liquid vortex in the
whirlchamber
• Model CRC two-piece WhirlJet spray nozzles feature a hollow cone spray pattern
with a ring-shaped impact area. They are available in two spray angle
series: narrow angle 45° to 52° and standard angle 60° to 86° with flow rate of
140 gpm at 7 psi (530 l/min at .5 bar)
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