Pesticide preparation revolution! Silicone defoamer solves the problem of spray drift



In the process of pesticide spraying, foaming of the liquid will lead to uneven spraying and sedimentation of the active ingredients, causing crop burns and environmental pollution. What's more, droplets from the foam can easily travel in the wind, causing damage to nearby crops. Agricultural silicone defoamer, with "zero bubble spray" technology as the core, helps to increase the utilization rate of pesticides by 40% and reshape the new standard of green plant protection.


First, agricultural losses caused by bubbles
Efficacy waste: 30% of the drug can not adhere to the leaf due to foam;


Ecological disaster: The loss of bee populations due to the drift of pharmaceutical liquid, costing the EU more than 200 million euros a year;


Legal risk: The U.S. FIFRA Act imposes fines of up to $75,000 per drift.


Second, product core advantages
Ultra-low addition: only 0.001%-0.005% can completely inhibit bubbles;


Acid and alkali resistance strengthening: stable in glyphosate, paraquat and other systems with pH 3-12;


Synergies: compatible with auxiliaries, increase blade spread area by 50%.


Third, citrus orchard flight prevention actual data
Scenario: A 10,000-mu citrus base uses drones to spray insecticides, and the original formula bubbles seriously, resulting in less than 60% coverage.
Improvement scheme: Add 0.003% defoamer in the agent.
Effect comparison:


Droplet density increased from 25 drops /cm² to 42 drops /cm²;


Drift distance reduced from 15 meters to 5 meters;


Insecticidal cost decreased from 8 yuan/mu to 4.5 yuan/mu;


Complaints of drug damage in the surrounding aquaculture area were zero.