Low Toxicity Imidaclorprid 20%Sp Kill Insecticide

Product Description

Product Introduction

Imidacloprid (nicotinoid super-effective insecticides) is mainly used to control stinging mouthparts pests on rice, wheat, cotton and other crops, such as aphids, leaf hoppers, thrips, white whiteflies, potato beetles and wheat stalk flies. Imidacloprid is a new generation of chlorinated nicotine insecticide, which has broad spectrum, high efficiency, low toxicity, low residue, easy resistance to pests, safe to humans, animals, plants and natural enemies, and has multiple effects of touch, stomach toxicity and inhalation. After the pest contact with the drug, the normal conduction of the central nervous system is blocked, causing it to paralyze and die. It has good quick action, high prevention effect 1 day after the drug, and the residual period is about 25 days. The drug effect is positively correlated with temperature, and the insecticidal effect is good when the temperature is high. It is mainly used to control stinging and sucking mouth pests.

  

Specificationi for Imidaclorprid 20%SP
Product name	Imidaclorprid
Content	20%SP
Appearance	White powder
Preparation	3%EC,20%SP,20%SL,20%WDG,70%WDG,70%WP, and compound preparations with other pesticides
Standard	Loss on drying ≤0.30% pH value 4.0~6.0 Acetong insolubles ≤0.20%
Applicable crops	Corn, cotton, wheat, rice and other field crops, and can be used in cash crops, orchards, tea gardens, etc.
Control objects	It can effectively control rice planthoppers, aphids, thrips, some lepidopteran pests, etc.

 

Advantages of Acetamiprid
 

This product is a new insecticide with broad spectrum and certain acaricidal activity, and its mode of action is a systematic insecticide for soil and branches and leaves.

Widely used in rice, especially vegetables, fruit trees, tea aphids, planthoppers, thrips, some lepidoptera pests and other control.

The nicotinic acetylcholine receptor acting on the synaptic site of the insect nervous system interferes with the stimulation transmission of the insect nervous system, causing the blockage of the nervous system pathway, resulting in the accumulation of the neurotransmitter acetylcholine at the synaptic site, resulting in paralysis and eventually death of the insect.

Rapid insecticidal effect, less dosage, high activity, wide insecticidal spectrum, long duration.