Glyphosate Ammonium Salt Product Introduction
Glyphosate ammonium salt is a systemic and translocated non-selective herbicide. Its active ingredient is the ammonium salt form of glyphosate, with stronger solubility and stability.
I. Basic Characteristics
Glyphosate ammonium salt, as a systemic and translocated non-selective herbicide, mainly functions by inhibiting 5-enolpyruvylshikimate-3-phosphate synthase in plants. This inhibition blocks the conversion of shikimate to phenylalanine, tyrosine and tryptophan, thereby interfering with protein synthesis and ultimately leading to plant death. This characteristic of glyphosate ammonium salt enables it to effectively deal with a variety of weeds, including annual and perennial gramineous, cyperaceous and broad-leaved weeds, and even has a significant control effect on some malignant weeds such as thatch, cyperus rotundus, and dog-tooth grass.
II. Mechanism of Action
Systemic and translocated property: Glyphosate ammonium salt can be quickly transmitted from the stems and leaves of plants to the roots, and effectively transmitted between different tillers of the same plant. This characteristic enables it to have a strong destructive effect on the underground rhizomes of perennial perennial weeds, achieving the effect of "eliminating both the weeds and their roots".
Broad-spectrum property: Glyphosate ammonium salt can control monocotyledonous and dicotyledonous plants, including annual and perennial weeds, and even has a significant effect on some difficult-to-control malignant weeds.
III. Application Fields
Glyphosate ammonium salt has an extremely wide range of application fields. In agriculture, it is widely used for weeding in corn, cotton, soybean fields and other crops, effectively improving the yield and quality of crops. At the same time, glyphosate ammonium salt also plays an important role in weeding in non-cultivated land such as forests, pastures, railways, airports, warehouses, and areas near oil depots. In addition, glyphosate ammonium salt also performs well in economic crop planting areas such as orchards, tea gardens, and mulberry gardens, providing a good environment for the growth of these economic crops.
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