Other uses: Aphids in all kinds of cabbages, ornamental plants, winter wheat, grain crops, spinach, peas, potatoes, rye, triticale wheat, insect pests in onions and garlic, all kinds of greenhouse cabbages, kitchen garden, melon flies, fruit flies.
Application time: At the time of pest observation
| IRAC | Toxicity group | Level of Toxicity (LD50) | Carnes Period |
| 1B | II | 387 mg/kg | 14-21 days |
Systemic insecticide with contact and digestive effect that is also influential on ticks. This insecticide prevents the functioning of cholinesterase in the insect’s neurological system in the pest body. This insecticide is mostly influential on sucking pests, especially aphids and thrips. This combination has a quick impact effect.
| Crop | Pest | Dosage |
| Cereal | Common green aphid | 1 in a thousand |
| Cotton | thrips | 1 in a thousand |
| Sugar beet | Leafhopper, a carrier of curly top disease | 1 in a thousand |
| Cold region fruit trees | Weevil | 1 in a thousand |
| Alfalfa | Hay stem nematode | 1 in a thousand |
Mixing with other compounds: This compound can be mixed with most common mite killers and insecticides. Dimethoate should not be mixed with alkaline materials in the spray tank.
Post-consumption or post-cultivation problems: If used as recommended, there will be no phytotoxicity except in some varieties of lemon, peach, fig, olive, tomato, bean, and cotton which are sensitive to dimethoate. Dimethoate also causes rust in Golden Delicious, Red Delicious apple varieties, and ornamental plants. The use of this insecticide on fruit flies of stone fruit trees should be avoided due to phytotoxicity and leaf fall.
