Plant disease preventing controlling agent
A technology of additives and fillers, applied in the field of pesticides, can solve the problems of narrow control spectrum and low cost, and achieve the effects of reducing control costs, low cost of raw materials, and simple production process
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Embodiment 1
[0024] The wettable powder is produced by the following weight percentages of each component according to the above process: Zhongshengmycin 1%, Thiacumazole 21%, Copper Acetate 28%, Auxiliary 10%, Filler 40%. From November 2005 to June 2006, a cucumber bacterial soft rot control experiment was carried out in Qudi, Jiyang, Shandong. Four treatment areas of 600 times liquid, 800 times liquid, 1000 times liquid and clear water control of the wettable powder are set and sprayed. Residential Area 30m 2 , repeated 4 times, arranged in random blocks. Wherein, the field control effects of the wettable powder 600 times liquid, 800 times liquid and 1000 times liquid treatment on cucumber bacterial soft rot were 89%, 86% and 80% respectively.
Embodiment 2
[0026] The wettable powder is produced by the following weight percentages of each component according to the above process: Zhongshengmycin 2%, Thiacumazole 18%, Copper Acetate 28%, Auxiliary 8%, Filler 44%. From October 2005 to June 2006, the experiment on the control of bacterial soft rot of zucchini was carried out in a winter-warm greenhouse in Huangcheng Town, Linzi City, Shandong Province. Four treatment areas of 600 times liquid, 800 times liquid, 1000 times liquid and clear water control of the wettable powder are set, and the stem base is sprayed. Residential Area 30m 2 , repeated 4 times, arranged in random blocks. Wherein, the field control effects of 600 times liquid, 800 times liquid and 1000 times liquid treatment of the wettable powder on zucchini bacterial soft rot were 92%, 88% and 81% respectively.
Embodiment 3
[0028] The wettable powder is produced by the following weight percentages of each component according to the above process: Zhongshengmycin 4%, Thiacumazole 15%, Copper Acetate 20%, Auxiliary 5%, Filler 56%. From September 2005 to July 2006, the experiment on the control of pepper bacterial leaf spot was carried out in a winter-warm greenhouse in Yangzhuangpu, Shanghe, Shandong. Four treatment areas of 600 times liquid, 800 times liquid, 1000 times liquid and clear water control of the wettable powder are set, and the leaves are sprayed. Residential Area 20m 2 , repeated 4 times, arranged in random blocks. Wherein the wettable powder 600-fold liquid, 800-fold liquid and 1000-fold liquid treatment have 97%, 93% and 85% field control effects on pepper bacterial leaf spot respectively.
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