Silicone is a next-generation, high-efficiency tank-mix synergist designed to enhance the performance of agricultural sprays. With its remarkable wetting properties, it allows liquid to spread quickly and evenly across plant surfaces. The benefits of using silicone in pesticides are numerous:
It significantly improves the adhesion and spreading ability of the liquid on plant leaves and pests, leading to better pesticide absorption and higher efficiency. This results in improved coverage and effectiveness, even under challenging conditions.
Silicone helps systemic pesticides penetrate through leaf pores more effectively, increasing their resistance to rain and washing off. As a result, there's no need to reapply after rainfall, saving both time and resources.
By reducing the amount of pesticide and water needed per unit area, silicone additives help minimize environmental pollution and lower pesticide residue levels. This not only protects crops and soil but also reduces labor and cost for farmers, boosting overall economic returns.
These additives are compatible with a wide range of agrochemicals, including insecticides, fungicides, herbicides, plant growth regulators, foliar fertilizers, micronutrients, and biological pesticides. Their versatility makes them an ideal choice for modern agriculture.
If widely adopted, silicone-based spray auxiliaries could save up to 70% of water usage, which would be a major relief for China’s increasingly strained water resources. Compared to traditional additives, silicone offers superior penetration and efficiency—requiring only a small amount to achieve excellent results. This not only cuts costs but also eases the workload for farmers, especially in the arid regions of northern China, where water scarcity is a major challenge. With such promising benefits, silicone technology holds great potential for sustainable and efficient farming practices in the future.
This product is suitable for all kinds of special-shaped precast structural parts concrete construction.
Project Achievements: Jilai High-speed Railway;Shanshan railway, Changjinghuang high-speed railway, Shenzhou-Bai High-speed railway
Material: Q235 steelSurface Treatment: painted or as customer requirement
Application: Bridge, Tunnel Engineering
Type:Mould
Tolerance: GB or as customer requirements
Design: Provided by Li JianSize: Customized
MOQ: 1 set
Precast Concrete Mould System,Bridge Pier Formwork,Precast Concrete Mould,Precast Steel Moulds
Anshan Lijian Engineering Group Co. LTD , https://www.lijianformwork.com