Main Features
- Excellent pest control, high standards in combat, with new technology and new mechanism of action.
- Bidirectional systemic transport: A unique feature in the insecticide world.
- long-term control.
- Working as a team with natural enemies used against pests.
- Features that help meet the needs of modern environmental and product management programs.
- Compliant with international export and food safety requirements.
Detailed Table Information
| Plant Name | Harmful Organism Name | Application Dose and Period | Time Between Last Application and Harvest |
| ‘”Citrus | Citrus mealybug (Planococcus citri) | 100 ml/100 L water, nymph – adult | 14 days |
| Yellow crustacean (Aonidiella citrina) Red crustacean (Aonidiella aurantii) AphidsCotton aphid (Aphis gossypii) Citrus green aphid (A.citricola) | 75 ml/100 L water, nymph – adult | ||
| Pear | Pear psyllid (Cacopsylla pyri) | 100 ml/100 L water, nymph – adult | 21 days |
| Apple | Apple green aphid (Aphis pomi) | 50 ml/100 L water, nymph – adult | 21 days |
| Peach | Peach aphid (Myzus persicae)Mulberry crustacean (Pseudaulacaspis pentagona) | 75 ml/100 L water, nymph – adult75 ml/100 L water, larva | 21 days |
| * Vineyard | Mealybug (Planococcus citri) | 100 ml/100 L water, nymph – adult | 14 days |
| Watermelon | Cotton aphid (Aphis gossypii) | 75 ml/da, nymph – adult | 3 days |
| Lettuce | AphidsPeach aphid (Myzus persicae) Cotton aphid (Aphis gossypii) Lettuce aphid (Nasonovia ribisnigri) | 75 ml/da, nymph – adult | 7 days |
| Tomato (greenhouse) | Tobacco whitefly (Bemisa tabaci) | 100 ml/100 L water, larva – pupa | 3 days |
| Tomato (field) | Potato aphid (Macrosiphum eophofoa) | 75 ml/da, nymph – adult | 3 days |
| Pepper (greenhouse) | Tobacco whitefly (Bemisia tabaci) | 100 ml/100 L water, larva – pupa | 3 days |
| Eggplant (greenhouse) | Tobacco whitefly (Bemisia tabaci) | 100 ml/100 L water, larva – pupa | 3 days |
| Cotton | Cotton aphid (Aphis gossypii) | 100 ml/da, nymph – adult | – |
| pistachios | Pistachio psyllid (Agonoscena pistaciae) | 100 ml/100 L water, nymph | 14 days |
| Leek | Tobacco thrips (Thrips tabaci) | 100 ml/da, nymph – adult | 3 days |
| Onion | Tobacco thrips (Thrips tabaci) | 100 ml/da, nymph-adult | 3 days |
| Olives | Olive Karakosnili (Saissetia oleae) | 75 ml/100 L water, nymph | 14 days |
**It has been determined that citrus is harmless to the beneficial ones.
‘It is not used in vineyard areas where vine leaves are harvested for consumption.
Active Ingredient and Its Ratio
Spirotetramate 100 g/l
Packaging Types
500ML, 1L
PREPARING THE PLANT PROTECTION PRODUCT FOR APPLICATION
The plant protection product calculated over the recommended dose is first mixed with some water in a separate container. The tank of the application machine is half filled with water. The mixture is added to the tank while the machine’s mixer is running. Mixing is continued and the tank is filled with water. Mixing process is continued until the application is completed. Use the prepared mixture within the same day.
CALIBRATION : The application machine should be calibrated before the application. The amount of mixture to be given to the specific area should be adjusted to provide a good coating in applications. Applications should be made at cool times of the day, in windless or slightly windy weather conditions.
CLEANING OF THE APPLICATION MACHINE : Immediately after the application is completed, safely empty the tank of the application machine. After filling the tank with clean water, run the mixer and spray system to ensure that all parts are washed. Do not wash near water sources. Do not discharge washing water and waste into water sources.
USAGE OF THE PLANT PROTECTION PRODUCT
One application may be sufficient when almost all of the eggs laid by the offspring adults overwintering against pear psyllid are hatched and the second and third instar nymphs begin to appear, more than 15% of the shoots are infected, no sweetish substance discharge begins and there are not many natural enemies.
Against apple green aphid, application should be made when 15 infected shoots are seen during the vegetation period.
Tomato (greenhouse), Pepper (greenhouse) and Eggplant (greenhouse) whitefly against whitefly infested area is entered from the diagonal direction. Every five steps; 50 leaves are collected from the lower, middle and upper leaves. Chemical control is applied when there are 5 lan/a+pupa per leaf.
Against peach aphid in peach, application should be made when 7 infested branches are found in 50 trees, until 3/4 of the population turns into winged form.
Application against mulberry crustacean on peach is applied against first and second progeny. It is applied in two applications, at the first larva emergence and 20 days after that. However, it should be taken into account that some peach varieties have come to the harvest period in the second generation. The fight against mealybugs in the vineyard is carried out in two periods. First period; This is the period when wetness is seen on the bark on the stem of the vine and mealybug starts to move towards the green parts. The second period is the period when mealybug passes to leaves and clusters and the grains begin to sweeten.
Against tobacco thrips in onions and leeks, 25 plants and 2 leaves from each plant are taken from each decare by chance in small-leaved plants, and 1 leaf from 25 plants in large-leaved plants and thrips, adults and larvae are counted under binoculars. Again, 2 randomly taken from each plant. The flower is taken by shaking it on a white paper in a tray and the fallen thrips larvae and adults are counted. If the number of thrips per leaf (adult+larvae) is 10 in small-leaved plants and 20 in large-leaved plants, the struggle is done. 30 thrips is the threshold of struggle. This figure is less in young plants and this amount increases as the plants age.
If beneficial insects are common with aphids in field controls against cotton aphids in cotton, the application should be postponed. Application is recommended when 50% infected seedlings are detected after thinning in the seedling period and 25 aphids are detected in 1 leaf in the field period.
When 20-30 nymphs per leaf are seen as a result of weekly counts against pistachio psyllid on 100 compound leaves, the application should be made before the majority of the eggs hatch and before the first adult parasitoid emergence and a sticky layer (fumagine) on the leaf surface.
Against mealybugs in citrus, when the fruits in the garden reach the size of hazelnuts (in the size of walnuts in grapefruit), a total of 100 fruits, 5 for each tree, are checked from 4 different sides of the tree and from the inside. If at least 15 of the controlled fruits are contaminated, it is decided to apply.
If the number of viable adults and nymphs per leaf is more than 20 in A. citrina, or if the amount of A. aurantii per 100 leaves is more than 50 against crustacean in citrus, the application should be made. The application should be made in the summer when the number of adults reaches its maximum in the traps – about 15 days after the first motile nymphs are seen.
Application against aphids in citrus should be done in March and April when heavy (on average, more than 15 shoots infested on a tree) infestation is observed.
Against cotton aphids in watermelon, potato aphids in tomato and aphids in lettuce, one leaf is randomly taken from the fresh leaves and shoots of the plants every 3-5 steps by entering the field in the diagonal direction. As a result of counting made with loops on 20-40 leaves; If the number of pests per leaf is 10-20, it is necessary to start the struggle. However, by observing parasitoids and predators, the effectiveness of beneficials should be considered before deciding on applications.
Application should be made against Karakosnil in olives where natural enemies cannot suppress the pest and where parasitism is below 50%. The application time is determined according to the active larvae hatching. For this purpose, the first application should be made when 50% of the eggs are hatched, and the second application should be made when 90% of the eggs hatch.