Application of Agricultural Silicone synergist

Application of Agricultural Silicone Synergist

Agricultural silicone enhancers are widely used in agricultural production. They have remarkable performance 

characteristics and can significantly improve the utilization rate and control effect of pesticides. The following is 

a detailed description of the application of agricultural silicone enhancers:

I. Main performance characteristics

Excellent wetting performance:

Silicon enhancers can greatly reduce the surface tension of pesticide solutions, allowing the solution to spread 

quickly on plant leaves and pest surfaces, and enhance the adhesion of the solution.

This helps to reduce the loss of the solution and prevent pesticides from seeping into the ground and causing water 

pollution.

Strong adhesion and penetration:

Silicon enhancers can significantly enhance the adhesion of the solution on the surface of plants or pests, making it 

more difficult for the solution to be washed away by rainwater.

At the same time, it can also promote the penetration of the solution into the plant or pest body through the pores, 

increasing the absorption rate and insecticidal effect of the pesticide.

Rainwater erosion resistance:

Organosilicon enhancers have excellent rainwater erosion resistance. Even if it rains after spraying, they can maintain 

the stability of the liquid on the leaves and the surface of the pests.

This reduces the loss of pesticides and the number of re-spraying caused by rainfall, and reduces the amount of pesticides 

used.

Improve the utilization rate of pesticides:

Through the above performance characteristics, organosilicon enhancers can significantly improve the utilization rate of 

pesticides, so that pesticides can achieve better control effects with less use.

Save the amount of medicine and water:

The use of organosilicon enhancers can reduce the amount of pesticides and water used per unit area, saving up to more 

than 30% of medicines and more than 50% of water.

This helps to reduce pesticide pollution and pesticide residues, and improve the safety and quality of agricultural products.

II. Application areas

Insecticides:

Organosilicon enhancers can be mixed with insecticides to improve insecticidal effects and reduce the number and amount 

of medicines used.

It can carry pesticides to penetrate the epidermis or wax layer of pests, kill eggs and pests, and achieve better control effects.

Fungicide:

Organosilicon enhancers can also be mixed with fungicides to improve the fungicidal effect.

It can carry fungicides to various parts of the leaves, including hidden parts, reduce pesticide blind spots, and improve control 

effects.

Herbicides:

Adding organosilicon enhancers to herbicides can enhance the adhesion of herbicides on weeds.

It can carry herbicides through the wax layer of weeds into the weeds, prolong the action time, and eliminate the possibility of 

weeds reviving again.

Plant growth regulators:

Organosilicon enhancers can also be used in conjunction with plant growth regulators to promote plant growth and development.

It can improve the growth environment of plants and improve plant resistance and yield.

3. Precautions for use

Ready to use:

Organosilicon enhancers should be prepared and used before use to ensure that the prepared solution can be used up quickly to give 

full play to its effectiveness.

Appropriately reduce water consumption:

When using organosilicon enhancers, the amount of water used for spraying should be appropriately reduced, and the spraying speed 

should be increased to control the spraying amount to the extent that a water film can be formed without forming water droplets.

Best time for application:

In order to avoid reduced efficacy or crop damage caused by application during high temperature periods, the best time for application 

is before 10 am and after 4 pm.

Dilution multiple:

When using organosilicon enhancers, they should be diluted strictly according to the recommended dilution multiple to ensure their 

effectiveness.

In summary

Agricultural organosilicon enhancers have significant performance characteristics and a wide range of applications. The rational use of 

organosilicon enhancers in agricultural production can significantly improve the utilization rate and control effect of pesticides, reduce 

the amount of pesticides used and water consumption, reduce pesticide pollution and pesticide residues, and improve the safety and 

quality of agricultural products.