Environment and Crop Safety: Technical Support for Green Agriculture
Low toxicity and low residue characteristics
Short degradation cycle: Organic silicon additives can be completely degraded into silica, water, and carbon dioxide in the environment within 7-14 days, which is much lower than traditional additives (such as azones, which require more than 30 days).
Eco friendly: Extremely low toxicity to non target organisms such as bees and earthworms, LD50>5000 mg/kg (oral administration to rats), in line with green food production standards.
Crop safety guarantee
Crop Extension: By precisely controlling the dosage (0.01% -0.1%), it can be safely used for sensitive crops such as grapes and strawberries, avoiding the potential harm of traditional penetrants such as leaf curling and fruit burning.
Enhanced stress resistance: Rapid penetration of the medicinal solution can reduce the residence time of the solution on the leaf surface and lower the risk of phytotoxicity in high temperature (>35 ℃) environments.


4、 Multi scenario adaptability: covering the needs of the entire agrochemical industry chain
Core scenarios for enhancing pesticide efficiency
Insecticides: Enhance the knockdown speed of contact killing agents (such as pyrethroids) and reduce pest escape.
Fungicide: Improve the transmission efficiency of systemic fungicides (such as azoxystrobin) in plants, and increase the control effect on powdery mildew, gray mold, etc. by 20% -30%.
Herbicide: solves the problem of reduced effectiveness of glyphosate in controlling resistant weeds such as small fescue and cowweed, and increases the complete rate of dead grass by more than 90%.
Fertilizer and growth regulator enhance efficiency
Foliar fertilizer absorption: promotes the absorption of trace elements such as calcium and boron through stomata, increasing utilization by 40% -60%.
Efficiency enhancement of regulators: Enhance the permeability of regulators such as brassinolide, shorten the crop growth cycle by 2-3 days.
Special environmental solutions
Arid regions: Rapid infiltration of medicinal solutions reduces evaporation losses and ensures efficacy.
Facility agriculture: Reduce humidity inside the greenhouse and minimize the occurrence of diseases.