Wider-angle spray nozzles usually produce what size of droplets compared to narrower nozzles?

Wider-angle spray nozzles typically produce finer droplets compared to those generated by narrower nozzles. This is because the design of wider-angle nozzles allows for a broader dispersion of the liquid, which results in smaller droplet sizes being formed. The increased flow and the way the fluid is fractured as it exits the nozzle contribute to the creation of finer droplets, thus improving coverage and penetration of the spray.

In contrast, narrower nozzles tend to create larger droplets. This is due to the higher pressure and more focused exit stream, which often leads to less atomization. Consequently, the droplet size is affected significantly by the nozzle design, with wider nozzles favoring finer droplets ideal for certain applications, such as targeting pests more effectively or achieving better coverage on crops.