Veterinary Medicine Insecticide Amitraz Powder CAS 33089-61-1 Raw Materials

CAS: 33089-61-1

MF: C19H23N3

MW: 293.41

EINECS: 251-375-4

Specification​: 99% min Amitraz 

Sample: Amitraz Powder

Packaging:1kg/bag, 25kg/drum

Brand: Henrikang

Appearance: White Powder

Storage: Cool Dry Place

Shelf Life: 2 Years

Test Method: HPLC

Portal:https://henrikang.en.made-in-china.com/

Amitraz Powder Usage and Synthesis.

Veterinary Amitraz Powder is a broad-spectrum amitraz acaricide, medium toxicity acaricide.

Veterinary Amitraz Powder is a broad-spectrum acaricide with organic nitrogen and is a congener of amitraz.

Amitraz Raw Materials has various mechanisms of toxicity, mainly inhibiting the activity of monoamine oxidase. 

Amitraz Raw Materials has a variety of mechanisms of toxicity, mainly inhibiting the activity of monoamine oxidase and inducing excitatory effects on non-cholinergic synapses in the central nervous system of mites.

Uses and functions of Amitraz Powder.

It is a broad-spectrum acaricide, mainly poisoning by touch, with stomach poison, fumigation, food repellency and repellent avoidance, it has certain penetration and endosorption to plants, it is effective to young mites, adult mites and mite eggs, and it is effective to mites resistant to some other acaricides, it has good fast-acting effect and strong persistence.

It is effective for young mites, adult mites and mite eggs, and effective for mites resistant to other acaricides, with good quick-acting property and strong persistence. It is mainly used for the control of cotton red spider mite, cotton bollworm, red bollworm, apple and hawthorn red spider mite, citrus leaf mite, woodlouse.

It is mainly used for the control of citrus leaf mite, wood louse, rusty wall louse, cattle, sheep, pig body louse, wall louse, scabies and chiggers, tea tree tarsal mite, bean and aubergine red spider mite.

It is a broad-spectrum acaricide, mainly poisoning by touch, with stomach poison, fumigation, food repellency, repellent avoidance, with certain penetration and endosiphonage to plants, effective to young mites, adult mites and mite eggs, effective to mites resistant to some other acaricides, with good rapid effect and strong persistence.

It is mainly used for the prevention and control of cotton red spider mite, cotton bollworm, red bollworm, apple and hawthorn red spider mite, citrus leaf mite, wood louse, rusty wall louse, cattle, sheep, pig body louse, wall louse, scabies and chiggers, tea tree hock mite, bean, aubergine red spider mite, and so on.

It is mainly used in fruit trees, vegetables, tea, cotton, soybean, sugar beet and other crops to prevent and control a variety of pest mites, and also has good efficacy against homopteran pests such as pear yellow woodlouse, orange yellow whitefly, etc. It is also effective against the eggs of pear small heartworm and various types of nocturnal moths family pests. It is also effective against aphids, cotton bollworms, red bollworms and other pests. It is effective against adult mites and summer eggs, but not against winter eggs.

Pharmacological Effects of Amitraz Powder.

Amitraz has various poisoning mechanisms, mainly inhibiting the activity of monoamine oxidase, and inducing excitatory effects on non-cholinergic synapses in the central nervous system of mites. It also has high activity on mites resistant to other acaricides.

Production method of Amitraz Powder.

Produced by the reaction of 2,4-dimethylaniline, triethyl orthoformate and methylamine. Raw material consumption: 2,4-dimethylaniline (100%) 350kg/t, triethyl orthoformate (100%) 500kg/t, monomethylamine 70kg/t, xylenes 750kg/t.

N-2,4-dimethylbenzamide was prepared by reacting 2,4-dimethylbenzamine with formic acid, and then 2,4-dimethylbenzylcarbamide was obtained by reacting with phosgene gas and using triethylamine as acid-binding agent.

The dry methylamine gas was passed into the mixture of xylenocarbylamine and cuprous oxide, and after the reaction, cyclohexane was added while it was hot, and the monoformamidine was filtered out by cooling. Then reacted with xylene carbylamine in benzene to obtain amitraz.