Instructions For The Use Of Silicone Adjuvant

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    What is the role of "pesticide partner" silicone adjuvant ? How should you choose? Hangzhou Situ New Material Technology Co., Ltd. explained

     


    Let's first understand what silicone is:

    Organosilicon, broadly speaking, refers to a compound that contains an SI-C bond and at least one of which is an organic group directly connected to a silicon atom. It is called an organosilicon compound. It is enough for farmers to know this. The application of organic silicon in agriculture did not start commercial until the 1980s. The wide application of organic silicon has made a great contribution to the elimination of toxicity and environmental pollution in agriculture. Why do you say that?

    Farmers know that in the process of crop management, pesticides are what we must use, but there are drawbacks to using pesticides. One is cost, and the other is environmental pollution. Pesticide production costs are high, and the price is also high. If pesticides are used in large quantities, it will increase the cost of farming and reduce farmers' income. For the environment, the extensive use of pesticides leads to environmental pollution and pesticide residues, which seriously affects the ecological environment. In the process of using pesticides, if the concentration is too low, the insecticidal effect will not be achieved. If the concentration is too high, it will easily lead to phytotoxicity and excessive pesticide residues will pollute the environment.

    Adding pesticide synergists to pesticides is the most versatile method. Pesticide synergist is an important adjuvant in pesticides. It has no activity in itself, but when mixed with corresponding pesticides, it can significantly improve the utilization rate of pesticides. Silicone is one of the most widely used synergists in agricultural production. So what are the characteristics of the mixed use of organic silicon and pesticides?

    1. The excellent wetting performance of organosilicon enables the liquid medicine to spread quickly on the leaf surface, enhances the adhesion of the liquid medicine, improves the utilization rate of the pesticide, reduces the loss of the liquid medicine, and prevents the pesticide from infiltrating the ground and causing water pollution.

    2. Organic silicon additives can significantly enhance the adhesion and spreading force of the liquid on the surface of plants or pests, improve the utilization rate of pesticides, speed up the absorption of pesticides by pests, and improve the insecticidal effect to a certain extent, thereby reducing the number of sprays Reduce the use of pesticides.


    Can the universal "silicone additives" really be used in all pesticides? I know it today

    3. Organosilicon promotes the penetration of systemic agents through the pores and improves the resistance to rain erosion. There is no need to make up spray after rain.

    4. It can reduce pesticide usage and water consumption per unit area, reduce pesticide pollution, and reduce pesticide residues. It can be used in conjunction with insecticides, fungicides and plant growth regulators.

    So the question is, since the effect of organic silicon mixed with pesticides is so good, is it possible for farmers to add organic silicon additives to any pesticides? Obviously not!

    It is not ruled out that some agricultural material distributors deliberately promote silicone in order to make money, because this silicone additive will not have any adverse reactions if added or not. This is also the reason why agricultural material distributors dare to strongly recommend it. So how should farmers choose?

    A. Not all pesticides require additives

    Some pesticides have actually added some surfactants in the production process, and if these pesticides are used, they may cause phytotoxicity when they are added with additives such as silicone. Take azoxystrobin, which has been relatively popular in recent years, as an example. This new type of fungicide with high efficiency and broad spectrum has strong conductivity and permeability. If farmers friends add silicone additives when applying pesticides, it will enhance pesticide penetration. It is easy to cause crop phytotoxicity. The same is true for some herbicides, such as pendimethalin, which is widely used in vegetables. The herbicide itself has strong permeability. It is easy for the herbicide to diffuse into the crop tissue through the stomata of the crop leaves, causing phytotoxicity.

    B. In actual use, rather than too much

    The amount of silicone used must be used in strict accordance with the instructions. Do not increase the concentration at will, which can easily cause phytotoxicity. At the same time, it is best to avoid high temperature application before 10 am and after 4 pm.

    Although silicon is a trace element needed for plant growth, it participates in the growth of plant cells, but silicon is not an essential element for plant growth. With silicon, crops will grow better, and if there is no silicon, it will not cause much impact. Silicone is used in agriculture. It is only used as an additive, not to supplement silicon. This point needs to be clarified by farmers.

     

    Silway focuses on modified siloxane and formulation technology. Its product line covers agricultural silicone additives, silicone waterproofing agents, cosmetic silicones, sealants and additives, and modified silicones for die casting. It is a professional manufacturer and supplier of    Potassium Methyl Siliconate   and   silicone adjuvant  . Welcome to consult and purchase: https://www.silways.com/product/silicone-adjuvant.html