How to improve the adhesion and permeability of 97% Epoxiconazole on crops to enhance the efficacy?
Publish Time: 2024-08-02
In order to improve the adhesion and permeability of 97% Epoxiconazole on crops to enhance the efficacy, we can start from multiple aspects.
First, in the selection of adjuvants, suitable surfactants can be added. Some surfactants with good wettability can reduce the surface tension of the solution, making it easier for the fluopicolide solution to spread on the surface of crop leaves and fruits, thereby improving adhesion. For example, non-ionic surfactants can have good compatibility with fluopicolide, and by improving the contact angle between the solution and the crop surface, it can be more evenly covered on the surface of the crop. At the same time, suitable penetrants can also play an important role. Some penetrants can change the permeability of the crop epidermis and help fluopicolide better penetrate into the plant tissue. For example, some plant oil-based penetrants are both environmentally friendly and can effectively promote the penetration of the agent.
Secondly, adjusting the application method and conditions is also critical. Appropriately increase the pressure and droplet fineness during application, and use advanced spray equipment to spray the liquid medicine on crops in a smaller droplet state, increase the contact area with the crop surface, and improve adhesion. Moreover, applying the medicine under appropriate temperature and humidity conditions can also help improve adhesion and permeability. Generally speaking, when applying the medicine under a high relative humidity environment, the drying speed of the liquid medicine on the crop surface slows down, and there is more time to penetrate and adhere. However, it is also necessary to avoid applying the medicine under high temperature, high humidity and poor ventilation to prevent the occurrence of pesticide damage.
In addition, proper pretreatment of crops is also helpful. Before applying the medicine, cleaning the surface of the crops to remove dust and debris can improve the adhesion of the liquid medicine. For some crops with a waxy layer on the surface of the leaves, appropriate methods such as light polishing can be used to increase the roughness of the leaf surface without harming the plants, thereby improving the adhesion and permeability of flufenoxazole. In conclusion, the adhesion and permeability of 97% Epoxiconazole on crops can be effectively improved, thereby enhancing its efficacy, through a variety of means such as rational selection of adjuvants, optimization of application methods and conditions, and appropriate treatment of crops.
