China Agriculture Agrochemicals Herbicide Pesticide Classification CAS 69377-81-7 Herbicide Weedicide Fluroxypyr, Find details about China Fluroxypyr Herbicid, Fluroxypyr Meptyl from Agriculture Agrochemicals Herbicide Pesticide Classification CAS 69377-81-7 Herbicide Weedicide Fluroxypyr
{Product Name}: | Fluroxypyr |
{Other Name}: | N/A |
{Test Method.}: | HPLC |
{Appearence.}: | White Powder |
{Specification}: | 99% |
{MOQ}: | 1kg |
Fluroxypyr is applied as fluroxypyr-meptyl. After predominantly foliar uptake, the ester is hydrolysed to the parent acid, which is the herbicidally active form, and translocated rapidly to other parts of the plants. Acts by inducing characteristic auxin-type responses, e.g. leaf curling.
Function
Fluroxypyr is effective by post-emergence foliar application, controlling a range of economically important broad-leaved weeds (including Galium aparine and Kochia spp.) 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. Applied at 180-400 g a.e./ha.
Application
1. Control weeds in wheat field, such as pig plague, Polygonum viviparum, Portulaca oleracea, Solanum nigrum, Stellaria, and nested vegetables;
2. Control weeds in corn field, such as Convolvulus, Convolvulus parviflora and purslane;
3. Control weeds in grape, orchard, non cultivated land and rice ridge, such as Scirpus triqueter, Leonurus tinctorius, Rubus communis, Acorus calamus, etc;
4. It can control all kinds of broad-leaved weeds, but has no effect on Gramineae and Cyperaceae weeds;
5. It is safe for crops. In the resistant crops, fluoxadiazine can combine with conjugates and lose toxicity;
6. It is easy to degrade in soil, and its half-life is short, so it will not cause pesticide damage to the following crops;
7. Fluoxadiazine mixed with other herbicides can expand the herbicide spectrum and reduce the cost.