Which applicator is associated with a hollow cone spray pattern?

Prepare for the Turfgrass Pest Management Category 3A exam. Study with flashcards and multiple choice questions, each question has hints and explanations. Get ready for your exam in the best way possible!

Multiple Choice

Which applicator is associated with a hollow cone spray pattern?

Explanation:
A hollow cone spray pattern is achieved by a nozzle/design that distributes droplets around the outer edge of the spray, creating a ring-like pattern with a central opening. This pattern is chosen in turf applications to improve coverage on the canopy while helping to control drift, because it can deliver a defined, controlled droplet distribution rather than a broad, solid spray. The Controlled Droplet Applicator is specifically designed to produce this hollow-cone, controlled-droplet spray. It aims to balance effective coverage with drift reduction, which is why it’s the match for a hollow cone pattern. In contrast, a flat fan nozzle makes a single, flat spray sheet, not a hollow cone; a solid jet nozzle emits a concentrated stream rather than a dispersed ring; a mist nozzle creates very fine droplets that are more prone to drift and do not form a hollow cone.

A hollow cone spray pattern is achieved by a nozzle/design that distributes droplets around the outer edge of the spray, creating a ring-like pattern with a central opening. This pattern is chosen in turf applications to improve coverage on the canopy while helping to control drift, because it can deliver a defined, controlled droplet distribution rather than a broad, solid spray.

The Controlled Droplet Applicator is specifically designed to produce this hollow-cone, controlled-droplet spray. It aims to balance effective coverage with drift reduction, which is why it’s the match for a hollow cone pattern.

In contrast, a flat fan nozzle makes a single, flat spray sheet, not a hollow cone; a solid jet nozzle emits a concentrated stream rather than a dispersed ring; a mist nozzle creates very fine droplets that are more prone to drift and do not form a hollow cone.

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