Bactericidal composition containing thiazole zinc and bixafen, its preparation and application
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A technology of bixafen and a composition, which is applied in the field of bactericidal compositions containing zinc thiazole and bixafen, and can solve the problems that bactericidal active compounds cannot satisfy plant tolerance and bactericidal activity.
Active Publication Date: 2020-10-02
ZHEJIANG XINNONG CHEM CO LTD
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[0008] In order to solve the requirement that the bactericidal active compound cannot meet the requirements of plant tolerance and bactericidal activity, the present invention proposes a bactericidal active compound composition, which includes bactericidal active compound components I and II
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[0071] 40% active compound (35.0% thiazole zinc and 5.0% bixafen combination), fatty alcohol polyoxyethylene ether 2.0%, alkylnaphthalene sulfonate 3.0%, sodium methylene dinaphthalene sulfonate 1.0% %, xanthan gum 0.05%, magnesium aluminum silicate 0.6%, glycerol 2.0%, salicylphenyl ester 0.4%, silicone defoamer 0.1%, deionized water to 100%, put into high shear High-speed shearing in a quality emulsifier for 20 minutes, then transported to a sand mill, and circularly sanded for 1-3 times to obtain a suspending agent. The suspension contains 40% active compound.
[0073] 45% active compound (40.0% thiazole zinc and 5.0% bixafen combination), alkyl naphthalene sulfonate 2.0%, fatty alcohol polyoxyethylene ether sulfate 1.0%, sodium methylnaphthalene sulfonate formaldehyde Condensate 3.0%, sodium starch octenyl succinate 2.0%, glycerin 2.0%, butyl p-hydroxybenzoate 0.2%, polyether defoamer 0.1%, distilled water to 100%, put into high shear High-speed shearing in a quality emulsifier for 25 minutes, then pumped to a sand mill for 90 minutes, and filtered to obtain a suspending agent. The suspension contains 45% active compound.
[0075] 50% active compound (10.0% thiazole zinc and 40.0% bixafen combination), 1.0% tallow ethoxylated amine salt, 2.0% acyl glutamate, 3.0% polymer polycarboxylate, Dioctyl sulfosuccinic acid sodium salt 1.0%, urea 3.0%, organic silicon defoamer 0.1%, deionized water added to 100%, put into a high-shear homogeneous emulsifier and shear at high speed for 20 minutes, and then Transport it to a sand mill, and circulate the sand for 1-3 times to obtain 50% suspending agent. The suspension contains 50% active compound.
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Abstract
The invention belongs to the field of pesticides and in particular relates to a sterilization composition. The sterilization composition comprises active compounds, namely zinc thiazole and biphenyl pyrazine amino, wherein the weight ratio of the zinc thiazole to the biphenyl pyrazine amino is 1 to (0.01-100). The sterilization composition provided by the invention has remarkable synergistic interaction, the characteristics that the zinc thiazole has an efficient bacterial disease control effect and the biphenyl pyrazine amino has a universal treatment effect on fungal diseases, and a good protection property of the sterilization composition, can be brought into sufficient play, and meanwhile a remarkable synergism effect is achieved; and not only can the antibacterial or bacteriostatic effect be improved, but also prevention and treatment spectrums are widened, a very good prevention or treatment effect can be achieved for bacterial diseases and fungal diseases of crops, medicine administration times are reduced, the environment burden is alleviated, and thus an effect of chief prevention and comprehensive prevention and treatment are achieved.
Description
technical field [0001] The invention relates to a fungicidal composition, in particular to a fungicidal composition containing Zinc thiazole and Pyraziflumid for preventing and controlling plant diseases and promoting the healthy growth of crops. Background technique [0002] It is known that plants are attacked by bacteria, fungi, viruses and nematodes, among which bacteria and fungi are particularly harmful and pose a great threat to plant growth, breeding, storage and transportation. The fungicidal active compounds for controlling such diseases mainly include triazoles, methoxyacrylates, pyrroles, pyrimidines, amides, etc. However, in most cases, their plant tolerance and bactericidal activity cannot fully meet the needs of agricultural production, and the target of a single compound is relatively single, and it is easy to produce drug resistance, which will lead to an increase in the amount of pesticides used, and the increase in pesticide residues will further promote d...
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