EFDAL EMABEN 5 SG
Active Ingredient
%5 Emamectin Benzoate
Formulation
SG
PACKAGING
100 g, 400 g, 1 kg
Plant Name Harmful Organism Name Dosage and Period of Use Time Between Last Medicine and Harvest (Days)
apple innerworm

(Cydia pomonella)

40 g/100 L water Larva

14
green wolf

(Helicoverpa armigera)

40 g/da

21
Cotton Leafworm

(Spodoptera littoralis)

35 g/da

21
Cotton Leafworm

(Spodoptera littoralis)

30 g/100 L water Larva

14
green wolf

(Helicoverpa armigera)

30 g/100 L water

-
Cotton Leafworm

(Spodoptera littoralis)

30 g/100 L water

-
Cotton Leafworm

(Spodoptera littoralis)

30 g/ 100 L water Larva

7
Cotton Leafworm

(Spodoptera littoralis)

30 g/100 L water Larva

14
olive sapling caterpillar

(Palpita unionalis)

30 g/ 100 L water Larva

28
Cotton Leafworm

(Spodoptera littoralis)

30 g/100 L water Larva

7
green wolf

(Helicoverpa armigera)

30 g/da Larva

7
Cotton Leafworm

(Spodoptera littoralis)

30 g/da Larva

7
Harnup moth

(Ectomyelois ceratoniae)

30 g/ 100 L water Larva

28
leafworms

(Spodoptera exiqua)

30 g/da Larva

28
green wolf

(Helicoverpa armigera)

30 g/100 L water Larva

7
Yard thrips

(Rubiothrips vitis, Mycterothrips albidicornis, Mycterothrips tschirkunae, Thrips tabaci)

50 g/100 L. water (Larva)

28
Cluster Moth

(Lobesia botrana)

25 g/100 L water Larva

28

Product features

MODE OF ACTION: It is highly effective on Lepidopter larvae feeding on leaves, and blocks nerve impulses in the larvae. They immediately stop feeding the larvae and become paralyzed. Larval deaths occur within 4 days at most. It is a strong stomach poison and has contact effect. It is also effective against pests that have become resistant to organic phosphorus, synthetic pretroids and Insect Growth Regulators (IGR).

INFORMATION ABOUT RESISTANCE: The plant protection product named EFDAL EMABEN 5 SG is an insecticide classified as Group 6 according to its mechanism of action. Repeated applications of plant protection products with the same mechanism of action encourage the development of resistance. Therefore, in order to delay the development of resistance, do not exceed the total recommended number of applications of EFDAL EMABEN 5 SG within the same production season. If the application is repeated, choose a plant protection product from a different effect group (except Group 6).

MIXABLE CONDITION: If it is desired to be mixed with other plant protection products, a physical pre-mix test must be performed.

Usage

Pepper (Greenhouse-Field), Cucumber (Greenhouse), Gherkin (Greenhouse) and Eggplant (Greenhouse) - Cotton Leafworm: Application should be made when 1-2 newly opened egg packages or 4-5 larvae are seen in 100 plants. Application should be made before the larvae disperse on the leaves.

Tomato (Greenhouse) and Pepper (Greenhouse) - Greenworm: If 5 out of 100 plants are infected before the larvae enter the fruit, application is started immediately.

Greenworm in Tomato: The field is entered in the direction of the diagonals, 50-100 plants are checked according to the size of the field, and eggs and larvae are searched in the flowers, leaves, stems, fruits and shoots of the plant. Application is made if 5 out of 100 plants are found infected.

Vineyard - Grapevine Moth: Applications to be made against Grapevine Moth are directed according to the prediction and warning system. The number of butterflies caught in sexually attracted traps reaches its peak and starts to fall, the temperatures exceed 15 ˚C for two consecutive days in the first generation in the evening and continue, the total effective temperatures reach 120 days/degrees in the 1st generation, 520 days/degrees in the 2nd generation, 1047 days/degrees in the 3rd generation, the vine is phenologically in the flower bud period in the 1st generation, in the 2nd generation in the grapevine, and in the beginning of the sweetening period in the 3rd generation, and the first larvae hatching from the eggs are followed and the application is made. One application is made in each generation. However, since egg laying will continue from the 3rd generation onwards, the applications are continued as long as there are new eggs, taking into account the product's effect period and the harvest date.

Vineyard thrips: Application should be made when the population density of the pest is determined as at least 2-3 thrips adults or larvae/leaflets when the buds start to open in the vineyard in spring and the first leaves are seen. Care should be taken to apply to the entire green part of the vine. One application is sufficient.

Cotton-Greenworm: All plants in a 3 m row length randomly selected against greenworm in cotton are checked, greenworm eggs and larvae are counted and the application is decided when an average of 2 larvae are found in a 3 m row length.

Cotton-Cotton Leafworm: For the best effect in combating cotton leafworm in cotton, it is appropriate to do it during the period when the eggs hatch. Depending on the density of the pest during the period, the application should be repeated at 10-15 day intervals if necessary.

Cut Carnation-Cotton Leafworm: The fight should be started when 5-6 larvae or egg packages are found in a 3 m long row. In order to get good results from the application, the application should be done against the 1st and 3rd stage larvae. In the following periods, sufficient results cannot be obtained against larvae.

Cut Carnation-Greenworm: Application is started when 5 out of 100 plants are infested.

Olive - Against olive seedling caterpillar: Application is started after the first and second period larvae are in the majority and the population is formed.

Pomegranate - Carob moth: In late June, early July, when the fruits reach a diameter of approximately 3-5 cm and the infestation rate is above 5%, 2-3 applications are made at 14-day intervals depending on the duration of effect of the plant protection product.

Apple - Codling moth: Applications to be made against codling moth should be directed according to the prediction and early warning system. The aim in the fight against codling moth is to keep the trees medicated during the larvae emergence of each generation and to kill the larvae that hatched from the eggs before they enter the fruit.

Sugar beet - Against sugar beet leafworms: Applications should be made when the larvae have just hatched and before they have dispersed. Since the newly hatched larvae are mostly in the upper parts of the plant, the application made during this period is more effective. Therefore, the time of spraying should not be delayed. Field checks should be made once a week. Its damage becomes significant in the critical period from the beginning of flowering to the ripening period, and product control can be carried out during this period.

End to End

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