Synthetic polymers
Create larger droplets to increase spray performance and product efficacy
How Synthetic Polymer Drift Control Agents Work
Polyacrylamide drift reduction agents increase spray solution viscosity, making the solution less prone to small droplet formation as it passes through the nozzle. This results in larger droplets that are more likely to persist in flight and reach the intended target.
Synthetic polymer drift control agents are linear, elastic molecules that can be subject to pump shear and lack of droplet adhesion when compared to plant-based drift reduction technology.
Although shear resistance cannot be eliminated entirely, it can be reduced by using longer chain polymers. Shear-resistant polyacrylamide-based drift reduction agents create larger droplets to improve spray performance and provide potential cost savings associated with more efficient and targeted pesticide applications.
Synthetic Polymer Drift Control Agent Approvals
- Engenia®
- Enlist Duo®
- Enlist One®
- Tavium®
- XtendiMax®
- CPDA®
- Engenia®
- Enlist Duo®
- Enlist One®
- Tavium®
- XtendiMax®
- CPDA®
- Engenia®
- Enlist Duo®
- Enlist One®
- Tavium®
- XtendiMax®
- CPDA®
- Engenia®
- Enlist Duo®
- Enlist One®
- Tavium®
- XtendiMax®
- CPDA®
- Engenia®
- Enlist Duo®
- Enlist One®
- Tavium®
- XtendiMax®
- CPDA®
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