Precise Spraying and Reduced Drift

With the promotion of the concept of precision agriculture, agricultural silicone oil products play a key role in achieving precise spraying. During agricultural aviation operations or ground machinery spraying, the drift of droplets not only causes waste of pesticides and fertilizers but also may pollute the surrounding environment. The silicone oil adjuvant can change the physical properties of the droplets, making the droplets more stable. Research shows that the solution with added silicone oil forms droplets with a more reasonable particle size distribution. The proportion of large-particle-size droplets increases, reducing the proportion of small-particle-size droplets, thus reducing the drift distance of the droplets in the air. This enables pesticides and fertilizers to fall more accurately on the target crops, improving the accuracy of spraying and minimizing the impact on non-target areas, protecting the ecological environment.

Adaptability to Complex Terrains and Crops

In some agricultural areas with complex terrains, such as mountains and hills, traditional spraying methods face many challenges. Agricultural silicone oil products can better adapt to these special terrains and the needs of different crops due to their excellent performance. In mountainous orchards, the tree crowns of fruit trees have irregular shapes and different heights. The pesticide or fertilizer solution containing a silicone oil adjuvant can adhere more evenly to the branches and leaves in different parts, ensuring that every part is fully treated. Even under adverse weather conditions such as strong winds, the surface activity and droplet stability of silicone oil can still ensure a certain spraying effect, reducing the decline in operation quality caused by environmental factors and providing strong support for the implementation of precision agriculture under complex conditions.

Integration with Dataization and Intelligence

Precision agriculture emphasizes data-driven and intelligent management. Agricultural silicone oil products also have new development directions in this trend. By collecting and analyzing data on the application effects of silicone oil adjuvants, such as the optimal dosage on different crops and performance under different environments, a database can be established. Using these data, combined with intelligent agricultural equipment such as unmanned aerial vehicles and intelligent sprayers, more precise formulation and spraying control can be achieved. For example, according to the growth stage of crops, the occurrence of pests and diseases, and real-time weather data, intelligent equipment can automatically adjust the ratio and spraying amount of the pesticide or fertilizer solution containing a silicone oil adjuvant, further improving the precision and efficiency of agricultural production and promoting the transformation of agriculture towards intelligence and modernization.