1. MF; C7H5Cl2FN2O3
2. MW; 255.03
3. Appearance: Light brown solid
4. MP: 56-57 degree
5. VP: 3.7840(-9)PA (20 degree)
6. Density: 1.09(24 degree)
7. Solubility: Water: 91mg / L, acetone: 51.0, methanol: 34.6, ethyl acetate: 10.6, isopropanol: 9.2, methylene chloride: 0.1, toluene: 0.8, xylene: 0.3 (g / L, 20 degree),

Feature: Pyridyloxymethyl acid herbicides, with selective effect, absorption effect, conduction effect

Application: Which can be used for wheat, barley, corn, grapes and orchards, pastures, forest and other places to prevent broadleaf weeds, such as cleavers, field bindweed, shepherd's purse, chickweed, roll stem amaranth, purslane, Fluroxypyr is effective by post-emergence foliar application, controlling a range of economically important broad-leaved weeds (including Galium aparine) in all small grain crops, and Rumex spp. And Urtica dioica in pastures. Directed applications are used against herbaceous and woody broad-leaved weeds in orchards (apple only) and plantation crops (rubber and oilpalm), and broad-leaved brush spp. In conifer forests. Post-emergence, broadcast applications of fluroxypyr in maize up to the 6-leaf stage of the crop are used for control of Calystegia sepium, Convolvulus arvensis and Solanum nigrum. The meptyl and 2-butoxy-1-methylethyl esters have similar activity, the advantage of the latter being the wider range of formulation options that are available.

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