How should you change pressure to reduce liquid droplet drift?

To effectively reduce liquid droplet drift during applications, the most effective approach is to reduce the pressure, which leads to an increase in droplet size. Larger droplets are less likely to be carried away by wind or other environmental factors, minimizing drift and ensuring that more of the pesticide reaches the intended target.

When pressure is reduced, the nozzle produces larger droplets as compared to when higher pressure is used, which typically creates smaller, more fine droplets that are more susceptible to drifting. This principle is essential in formulations to ensure that the application is both efficient and environmentally responsible, enhancing target coverage and reducing unintended exposure to non-target areas.

Understanding this relationship between pressure and droplet size helps applicators make informed decisions when calibrating their equipment to achieve optimal application results while protecting surrounding environments from pesticide drift.