Farm chemical composition containing chlorfenapyr and phoxim
A pesticide composition and a technology for chlorfenapyr, which are applied in the field of synergistic pesticide compositions and can solve the problems of high frequency of drug use, generation of pest resistance, decreased drug efficacy and the like
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Problems solved by technology
Method used
Examples
Embodiment 1
[0024] The present invention will be further described below in conjunction with embodiment, but the present invention is by no means limited to following embodiment. Preparation Example 1: The weight ratio of each component of emulsifiable concentrate
[0025] Chlorpronil 5%
[0026] Phoxim 35%
[0027] Ethanol 5%
[0028] Emulsifier 12%
[0029] Xylene fill up
Embodiment 2
[0030] Formulation example 2: the weight proportion of each component of granule
[0031] Chlorfenapyr 0.5%
[0032] Phoxim 3%
[0033] Binder 0.5-1%
[0034] Adsorbent 8-10%
[0035] Carrier Completion
Embodiment 3
[0036] Formulation example 3: the weight ratio of each component in the wettable powder
[0037] Chlorpronil 5%
[0038] Phoxim 20%
[0039] Calcium dodecylbenzenesulfonate 20%
[0040] Calcium lignosulfonate 20%
[0041] Methanol 5%
[0042] Activated clay fill up to 100%
[0043] Biological Example 1: Measuring results of the co-toxicity coefficient of chlorfenapyr and phoxim to Plutella xylostella
[0044] Table 1 Toxicity of chlorfenapyr, phoxim and their different ratios to Plutella xylostella
[0045]
Pharmacy and
Proportion
Virulence Regression
y=a+bx
lethal middle concentration LC 50
(μg / ml)
SE
(R 2 )
°Co-toxicity
Coefficient
(CTC)
chlorfenapyr
Y=0.7623+2.6180X
0.51(0.40~0.63)
0.3961
0.881
-
Phoxim
Y=-1.8303+1.5513X
15.1(10.4~21.0)
0.2775
0.965
-
Chlo...
PUM
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