Advantages and Applications of Agricultural Silicone Enhancers
Agricultural silicone enhancers have significant advantages and wide applications in agricultural production.
The following is a detailed description of its advantages and applications:
1. Advantages of agricultural silicone enhancers
Improve the utilization rate of pesticides:
Agricultural silicone enhancers can significantly improve the adhesion and expansibility of pesticides, so that
the liquid medicine is more evenly distributed on the leaves of plants and the surface of pests, thereby improving
the utilization rate of pesticides.
By reducing the loss and evaporation of pesticides, silicone enhancers can also reduce the use of pesticides and
reduce environmental pollution.
Enhance the efficacy of drugs:
Organosilicon enhancers can enhance the permeability and systemicity of pesticides, so that the liquid medicine
can penetrate the leaves of plants and the surface of pests faster and enter the target tissue, thereby accelerating the
efficacy of drugs.
This can not only improve the effects of insecticides, fungicides and weed control, but also shorten the time for pesticides
to take effect.
Save costs:
The use of agricultural silicone enhancers can reduce the amount of pesticides and water, thereby reducing agricultural
production costs.
At the same time, due to the improvement of drug efficacy, the number of times of drug use and spraying can be reduced,
further saving manpower and material costs.
Environmental protection and safety:
Agricultural organosilicon enhancers are low in toxicity and low in residue, and are environmentally friendly.
It is easy to degrade in the soil and will not pollute the soil and groundwater.
Rainwater erosion resistance:
Organosilicon enhancers can significantly improve the ability of the liquid to resist rainwater erosion, and can maintain the
stability of the efficacy even in rainy weather.
2. Application of agricultural organosilicon enhancers
Mixed with pesticides:
Agricultural organosilicon enhancers can be mixed with most pesticides (such as insecticides, fungicides, herbicides, etc.) to
significantly improve the effect of pesticides.
When mixed, the appropriate amount of addition should be determined according to the type of pesticide and the characteristics
of the crop.
Foliar fertilization:
When foliar fertilization, adding agricultural organosilicon enhancers can improve the utilization rate of fertilizers and make the
fertilizers absorbed by plants faster.
This can not only promote the growth and development of crops, but also improve the yield and quality of crops.
Soil treatment:
Although agricultural organosilicon enhancers are mainly used for foliar spraying, they can also be used for soil treatment in some cases.
By mixing organosilicon enhancers with soil or spraying them on the soil surface, the physical properties of the soil can be improved,
and the air permeability and water retention capacity of the soil can be improved.
Other applications:
Agricultural organosilicon enhancers can also be used to prevent and control plant diseases, regulate plant growth, etc.
When preventing and controlling plant diseases, organosilicon enhancers can enhance the effect of fungicides and improve the prevention
and control effect of diseases.
When regulating plant growth, organosilicon enhancers can promote plant growth and development, and improve plant stress resistance
and yield.
In summary
Agricultural organosilicon enhancers have the advantages of improving pesticide utilization, enhancing efficacy, saving costs, environmental
protection and safety, and resistance to rain erosion, and have broad application prospects in agricultural production. When using, the
appropriate amount of addition and method of use should be selected according to the specific situation to give full play to its effect.
