The special nano-silicone oil additive for aerial spraying is about to enter the popularization stage, opening up the incremental market for precision agriculture. 

1. The development of unmanned aerial vehicle (UAV) crop protection is accelerating, and the demand for adaptable silicone oil additives is continuously increasing.
In 2026, the unified prevention and control area of crop diseases and pests in China will steadily increase, and the proportion of UAV ultra-low volume spraying operations will continue to rise. Traditional ordinary silicone oil additives cannot adapt to the small droplets of aerial spraying and long-distance spraying conditions, and there are problems such as severe droplet drift, rapid evaporation, and poor adhesion on the back of leaves. Market data shows that the overall market growth rate of agricultural silicone oil additives is far higher than that of ordinary agricultural chemical additives. The specialized functional silicone oil for aerial spraying has become the core growth sector of the industry, and the demand for specialized additives suitable for UAVs purchased by various planting entities is increasing year by year.

2. Nanomodified Silicone Oil Technology: Specifically Solves Four Major Challenges in Aerial Spraying Operations
The new specialized nanosilicone oil additive for aerial spraying is based on the nanosiloxane composite modification technology, and is specifically optimized to address the core weaknesses of aerial spraying: Firstly, it reduces the range of droplet drift, minimizing the waste of pesticides and damage to surrounding crops caused by the dispersion of fine droplets; Secondly, it enhances the anti-evaporation ability of droplets, reducing the loss of pesticide solution by nearly 50% during operation in hot and dry weather; Thirdly, it strengthens the spreading and penetration on the back of leaves, solving the problem of difficult pesticide application on lower leaves of fruit trees and corn; Fourthly, it is compatible with ultra-low water dilution ratios, meeting the water-saving requirements of aerial spraying, and the water usage per mu can be reduced by about 45%. 

3. Dual-formulation layout of powder and liquid products Covering diverse usage scenarios for large and small farmers
This time, we are simultaneously launching two formulations: liquid concentrated silicone oil and solid powder silicone oil. The liquid product is suitable for large-scale cooperatives and aerial spraying service stations for large-scale bucket mixing use, with a low addition ratio and convenient dilution; the powder silicone oil has a higher effective content, making it convenient for individual farmers and family farms to store, package, and transport, with lower transportation and storage costs. Both products can be compatible and compounded with chemical pesticides, biological agents, and foliar fertilizers, without antagonistic reactions, and are suitable for all types of economic and food crops such as wheat, corn, fruits, vegetables, and Chinese medicinal herbs. 

4. Export Compliance Advantage Emerges: Domestic Agricultural Silicone Oil Enters Overseas Cultivation Market
This series of aerial spraying silicone oil additives have passed the environmental protection tests of multiple countries' agricultural chemicals and comply with the regulatory laws for overseas pesticide additives. In the past two years, the export scale of this product to economic cultivation areas in Southeast Asia and South America has continued to expand. Feedback from on-site applications in overseas soybean, palm, and fruit and vegetable cultivation bases shows that the product has better efficacy and water-saving effects than local traditional additives. With the domestic full-chain control of organic silicon raw materials, the production cost of the additives has been continuously optimized. Domestic functional agricultural silicone oil has continuously enhanced its competitiveness in the global market and has become one of the core categories for agricultural exports.