Avermectin-cyanobacteria anti-ultraviolet sustained-release microcapsule water dispersible granules, and preparation method thereof
A technology of slow-release microcapsules and abamectin, which is applied in botany equipment and methods, insecticides, acaricides, etc., can solve the problems of reducing application times and application amounts, and achieve the goal of reducing toxicity and facilitating production Effect
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Embodiment 1
[0037] (1) prepare the anti-ultraviolet sustained-release microcapsules of Abamectin-cyanobacteria
[0038] a. Dissolve 10kg of avermectin in 200kg of ethanol in the reactor, add 5kg of dried cyanobacteria powder, shake and soak for 24 hours at 25°C in a constant temperature air bath oscillator;
[0039] Add 2kg of easily degradable polymer methyl cellulose or carboxymethyl cellulose, stir until evenly dispersed and completely dissolved;
[0040]b. 3kg dispersant lignosulfonate is dissolved in 100L double distilled water, and mixed with the product of step a;
[0041] Stir with a high-shear emulsifier at a speed of 12000rpm for 15 minutes, steam the organic solvent at a temperature of 40°C, solidify it into a capsule, filter out the water, and dry it into a powder to obtain the Abamectin-cyanobacteria anti-ultraviolet sustained-release capsule .
[0042] (2) Take 5kg water-insoluble binder bentonite or kaolin, 10kg dispersant lignosulfonate, 5kg wetting agent sodium dodecylb...
Embodiment 2
[0045] (1) prepare the anti-ultraviolet sustained-release microcapsules of Abamectin-cyanobacteria
[0046] a. Dissolve 10kg of abamectin in 200kg of ethanol in the reactor, add 30kg of dried cyanobacteria powder, shake and soak for 24 hours at 25°C in a constant temperature air bath oscillator;
[0047] Add 3kg of easily degradable polymer polyvinyl acetate, stir until it is evenly dispersed and completely dissolved;
[0048] b. Stir 3kg of dispersant Huntsman T-2700 in 100L double distilled water until completely dissolved, and mix with the product of step a;
[0049] Stir with a high-shear emulsifier at a speed of 12000rpm for 15 minutes, steam the organic solvent at a temperature of 40°C, solidify it into a capsule, filter out the water, and dry it into a powder to obtain the Abamectin-cyanobacteria anti-ultraviolet sustained-release capsule .
[0050] (2) Dissolve 5kg of water-soluble binder polyvinyl acetate and polyvinylpyrrolidone (the weight ratio of the two is 1:1)...
Embodiment 3
[0053] (1) prepare the anti-ultraviolet sustained-release microcapsules of Abamectin-cyanobacteria
[0054] a. Dissolve 10kg of abamectin in 200kg of organic solvent ethanol in the reactor, and add 30kg of dried cyanobacteria powder, shake and soak for 24 hours at 25°C in a constant temperature air bath oscillator;
[0055] Add 3kg of easily degradable polymer polyvinyl alcohol, stir until it is evenly dispersed and completely dissolved;
[0056] b. Mix 3kg of dispersant Rhodia T36 with 100L of double distilled water, stir until completely dissolved, and mix with the product of step a;
[0057] Stir with a high-shear emulsifier at a speed of 12000rpm for 15 minutes, steam the organic solvent at a temperature of 40°C, solidify it into a capsule, filter out the water, and dry it into a powder to obtain the Abamectin-cyanobacteria anti-ultraviolet sustained-release capsule .
[0058] (2) Dissolve 5kg of water-soluble binder cornstarch in water; 10kg of dispersant Rhodia T36, 5k...
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