Technological breakthroughs lead to increased agricultural efficiency, with silicone additives becoming a new choice for green planting

1.The global market continues to expand, and the demand for green agriculture is driving growth
In recent years, the application of agricultural organosilicon additives in agricultural production has become increasingly widespread and has become one of the key technologies promoting green planting. According to industry research reports, the global market for agricultural organosilicon additives is showing a steady growth trend and is expected to maintain a continuous expansion trend in the coming years. This growth is mainly attributed to the policy promotion of reducing pesticide use and increasing efficiency and environmental protection in various countries, as well as the upgraded demand of farmers for efficient planting techniques. As a new type of surfactant, agricultural organosilicon additives are reshaping the traditional agricultural production model through technological innovation.

2. Upgrading core technologies enhances the efficiency of pesticide utilization
The core advantage of agricultural organosilicon additives lies in their unique molecular structure, which can significantly reduce the surface tension of the liquid medicine to below 21mN/m, enabling the liquid medicine to quickly wet plant leaves and even evenly spread on the surface of leaves with a thick waxy layer. This super strong wetting and spreading performance enables pesticides to be rapidly absorbed through the stomata of leaves, significantly reducing the loss of the pesticide solution. Experimental data show that after adding organosilicon additives, the effective utilization rate of pesticides has significantly increased, and at the same time, environmental pollution caused by the sliding of the pesticide solution has been reduced.

3. The proven effect of rain resistance and anti-erosion is remarkable
In the field of weed control, the performance of silicone additives is particularly outstanding. Experimental studies on the hollow lotus seed grass have shown that the glyphosate solution with organosilicon additives, when exposed to rainfall one hour after application, has a 20.5% higher biological activity than the treatment without additives. Meanwhile, the adjuvants can promote the conduction of pesticides within plants, and the inhibition rate on the stem and leaf growth of regenerated weed plants can be increased by up to 14.83%, effectively solving the problems of traditional pesticides being easily affected by weather and having unstable efficacy.

4. Precise application is the key to balancing efficiency and cost
Industry experts point out that the scientific application of silicone additives should focus on the control of dosage. Research has found that when the amount of the applied solution exceeds 632.5 L/hm², it is necessary to pay attention to adjusting the proportion of additives to avoid an increase in the loss of the solution. At present, the rational use of silicone adjuvants can reduce the amount of pesticides used by 30% to 50%. Although the cost per use increases by a few cents, by reducing the frequency and amount of application, it significantly lowers the comprehensive planting cost for farmers, achieving a dual improvement in environmental protection and benefits.