1. Silicone - the "secret weapon" for pesticide efficiency enhancement
In the use of traditional pesticides, it is difficult for the liquid to evenly cover the leaves of plants, especially the back and the surface of the villi, which greatly reduces the control effect. The emergence of silicone adjuvants has completely changed this situation. It has super wettability and spreadability, which can significantly reduce the surface tension of the liquid, so that the liquid can quickly spread into a uniform film on the surface of the leaves without leaving any gaps. For example, when preventing and controlling aphids on fruit trees, after adding silicone adjuvants, the liquid can easily penetrate into the back of the leaves and the hidden parts of the insect body, and the insecticidal effect is improved by more than 30%, which greatly reduces the number of repeated spraying of pesticides.

2. Save water and reduce costs to help green agriculture
Water shortage and rising pesticide costs are two major problems facing agriculture, and silicone provides a solution for this. Its strong penetration and extension ability greatly reduces the amount of liquid used. In the past, 40-50 kg of water was needed to spray pesticides on one acre of land. After adding organosilicon, only 20-30 kg of water is needed to achieve the same effect, and the water saving rate exceeds 40%. At the same time, the amount of pesticides used is reduced by 20%-30%, which directly reduces the production cost. Taking the prevention and control of wheat scab as an example, after using organosilicon additives, the cost of pesticides per acre is reduced by 10-15 yuan, and the pollution of pesticide residues to soil and water sources is reduced, which is in line with the concept of green agricultural development.

3. Improve the stability of drug efficacy and extend the effective period
Organosilicon can also enhance the adhesion and resistance to rain erosion of the drug solution. After spraying, the drug solution forms a stable protective film on the surface of the leaves, and even in the event of rainfall, it can maintain more than 70% of the drug efficacy. In the prevention and control of vegetable downy mildew, after using organosilicon additives, the effective period of the drug solution is extended from 5-7 days to 10-12 days, reducing the damage to crops caused by frequent spraying. In addition, organosilicon has good compatibility with a variety of pesticides and will not produce chemical reactions, ensuring the stability and safety of pesticides.

With its unique properties, organosilicon plays an important role in agricultural efficiency improvement, water saving and cost reduction, and green environmental protection. With the continuous development of agricultural technology, the application prospects of organosilicon in the agricultural field will be broader and become an important force in promoting the sustainable development of agriculture.