Pesticide microemulsion containing fosthiazate and benzothiostrobin
A technology of benthiazolin and thiazophosphine is applied in the directions of pesticides, biocides, animal repellents, etc., which can solve the problems of poplar development limitation, influence on the healthy development of forestry, harm, etc., and achieves easy application and reduced Harmful opportunity, synergistic effect obvious effect
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Embodiment 1
[0016] Example 1: Composition and preparation method of 48.0% thiazofosin·benzothystrobin microemulsion
[0017] The weight percent (%) of each active ingredient in the main agent is: thiazophosphine 42.0, benzathystrobin 6.0;
[0018] The weight percentage (%) of each component of the auxiliary agent is: emulsifier, tristyrylphenol oxiraneated triethanolamine phosphate salt 15.0, polyoxyethylene phenylphenol ether 15.0; solvent, dimethylformamide 5.0, pyrrolidone 6.0 ; Stabilizer, pyrogallic acid 0.5; antifreeze agent, ethylene glycol 0.5, glycerol 1.0; water 9.0.
[0019] The traditional microemulsion processing method is used to make microemulsion after mixing the raw materials in the above weight ratio.
Embodiment 2
[0020] Example 2: Composition and preparation method of 48.0% thiazofosin·benzothiastrobin aqueous emulsion
[0021] The weight percent (%) of each active ingredient in the main agent is: thiazophosphine 6.0, benzathystrobin 42.0;
[0022] The weight percentage (%) of each component of the auxiliary agent is: solvent, xylene 11.0, N-long chain alkylpyrrolidone 10.0; emulsifier, 2,4,6-tris(1-phenylethyl)phenol poly(20)ethylene di Alcohol phosphate monoester 6.0; dispersant, polyvinyl alcohol 0.5; antifreeze agent, glycerin 0.5; water 24.0.
[0023] After mixing the raw materials in the above weight ratio, the insecticide emulsion in water is prepared by the traditional emulsion-in-water processing method.
Embodiment 3
[0024] Example 3: Composition and preparation method of 30.0% thiazofosin·benzothiastrobin microemulsion
[0025] The weight percentage (%) of each active ingredient of the main agent is: thiazophosphine 20.0, benzathystrobin 10.0;
[0026] The weight percentage (%) of each component of the auxiliary agent is: emulsifier, tristyrylphenol oxiraneated triethanolamine phosphate salt 22.0; solvent, xylene 20.0; antifreeze agent, sorbitol 3.0; stabilizer, pyrogallol Acid 5.0; Water 20.0;
[0027] The traditional microemulsion processing method is used to make microemulsion after mixing the raw materials in the above weight ratio.
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