Glyphosate defoamer is a key adjuvant in the production and application of glyphosate

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Glyphosate defoamer is a key adjuvant in the production and application of glyphosate
By : Zilibon Chemical

2025/4/10
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In the field of modern agriculture, glyphosate, as a widely used herbicide, plays a vital role. It can effectively inhibit the growth of weeds, ensure the healthy development of crops, and increase agricultural yields. However, in the production and use of glyphosate, the foam problem often brings many troubles, and the emergence of glyphosate defoamer has successfully solved these problems.

The production process of glyphosate is relatively complicated, involving a variety of chemical reactions and physical mixing processes. In the reaction stage, due to the characteristics of the raw materials and the influence of reaction conditions, a large amount of foam is easily generated. Some raw materials containing surfactants change the surface tension of the gas-liquid interface under stirring, heating and other operations, prompting the formation of foam.

In the actual application scenarios of glyphosate, foam can also cause trouble. When the glyphosate solution is sprayed on the farmland through the spray equipment, if there is too much foam in the solution, it will affect the uniformity of the spray. Foam may gather at the nozzle, resulting in uneven spraying, so that some weeds cannot be exposed to a sufficient dose of glyphosate, thereby reducing the weed control effect.

Glyphosate defoamer is a professional adjuvant developed to address the above problems. It is usually compounded with multiple ingredients, mainly silicones, polyethers, etc. Silicone defoamers have excellent defoaming properties and can quickly reduce the surface tension of foam and cause the foam to break quickly.

With the increasing environmental protection requirements and the continuous advancement of agricultural production technology, glyphosate defoamers are also constantly developing and innovating. R&D personnel are committed to developing more environmentally friendly and efficient defoamer products to reduce the impact on the environment while improving defoaming performance and stability.
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