Product News

Spray Nozzles

Spray nozzles, the unsung heroes of liquid dispersion, wield kinetic energy to transform liquids into intricate sprays. Their crucial role spans a spectrum of applications, demanding diverse spray characteristics. Nozzles operate via liquid sheet breakup, jets, or capillary waves, and their designs cater to specific needs, from heavy-duty industrial tasks to delicate spray cans.

Plain-Orifice Nozzles: These nozzles are elemental, directing liquid streams without atomization. High pressures, exceeding 25 bars, produce fine atomization, as seen in diesel injectors. At lower pressures, they excel in applications like tank cleaning.

Shaped-Orifice Nozzles: Featuring a semi-spherical inlet and a V-notched outlet, these nozzles create a flat fan spray, ideal for diverse applications, from spray painting to agricultural tasks.

Surface-Impingement Nozzles: By causing liquid to impinge on a surface, these nozzles create small droplets. Spiral designs yield full or hollow-cone patterns, offering superior performance in applications like gas scrubbing and firefighting.

Pressure-Swirl Nozzles: High-performance wonders inducing rotary fluid motion, they create a characteristic hollow cone pattern. They find homes in evaporative cooling and spray drying applications.

Solid-Cone Nozzles: These nozzles, with swirling liquid motion, fill the entire outlet orifice. While producing larger droplets than hollow cone nozzles, they excel in applications requiring broad coverage.

Compound nozzles weave together individual single or two-fluid nozzles, granting precise control over drop size and spray coverage. This innovation enables tailored solutions for intricate tasks, showcasing the pinnacle of nozzle engineering.

By unraveling the science behind these nozzles, we empower industries to make informed choices. The shared understanding of these intricate devices fosters a community of experts, propelling innovation and excellence in every spray. Together, we elevate the art of atomization, setting new benchmarks in various fields.

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