Preparation of the working mixture:
Process with 1% working mixture.
To prepare 30 ml of the working mixture, you will need 1 ml of the product dissolved in 29 ml of water.
OverGrower OPTIMIZATOR Application:
1. Seeds steeping
2. Spraying to foliage
3. Plant-root fertilization, application into the soil as an organic fertilizer
1. Seeds steeping
Seeds steeping to be performed in 1% working mixture of the Optimizator.
Exposition term depends on the solution temperature and seedcoat thickness, but shall not be more than 24 hours.
Seeds steeping with OverGrower OPTIMIZATOR ensures:
• Germinating ability increase up to 100% due to growth energy boost
• Unanimous mass sprouts for 2-3 days
• Healthy development of plants as a basis for future yield
• Increased resistance to poor weather conditions
• Improved immunity of plants to diseases
Effect of OverGrower OPTIMIZATOR for seeds steeping:
• Decreased seeding rate due to strong germinating ability
• Reduced risk of loss of crops due to poor environment conditions
• Lower cost of production and higher quality products
Recommended way of application:
- Seeds shall be placed between layers of cloth or gauze.
- Poor some water of 40-50ºC into reservoir with seeds.
- Mix Optimizer solution with water to obtain 1% of the working mixture
- Expose the seeds fully emerged into the mixture for 6-12 hours.
Overtreatment:
If overexposed, the seeds may lose their ability to germinate or emerge late.
Therefore, it is important to make sure that the concentration and exposure term is right.
In case you have doubts whether you have chosen a correct dosage for your seeds, or you do not want to risk germination, try reducing either the mixture concentration or exposition time for the first application.
2. Spraying to foliage, foliar fertilizing
Foliar shall be processed with 1% working mixture of OverGrower Optimizator.
Spraying shall be performed not more than once every two weeks, but not less than 2 times per season:
- During vegetation, when 4-6 actual leaves appear
- During flower-bud formation or flowering
Exceptions may be made for extreme conditions (such as drought) or disease prevention.
If stress factors persist for a significant period of time, you may consider increasing the spraying frequency up to once per week.
Please apply the working mixture under proper temperature for photosynthesis: from 15ºC to 26ºC.
Please use the sprayer with a “mist” mode.
Continue spraying until you see a layer of mistle on leaves.
Please avoid having drops of water on leaves.
Protected soil, city farm, growbox:
If an artificial lighting is used, please perform the spraying 30-60 minutes before switching the lamps on, or after turning them off. Average discharge rate per a medium sized tomato plant would be up to 45 ml per bush.
For in-house and garden use:
You may use a pump-action or manual sprayer.
When outdoor:
Please follow the standard procedure.
The discharge rate of 1% working mixture when applied to field crops would be 1200 - 3600 l/Ga (depends on processed culture).
If the concentration is right, processing may be combined with other products.
It is not recommended to combine the product with copper-bearing products (no sufficient data).
Overtreatment:
Overdosage will result in inhibiting effect: physiological, physiological, and chemical processes in a plant either stall or completely freeze.
In case you have doubts whether you have chosen a correct dosage for your seeds, or you do not want them to look bad, you may consider replacing foliage treatment with plant-root fertilization and water the plant with 5% solution.
Foliage application with OverGrower OPTIMIZATOR ensures:
• Development of strong plants with rich color
• Increase of foliage area
• Improved immunity of plants to diseases
• Increased resistance to chemical stresses and poor weather conditions
• Improved yield, better taste and nutrition value of the products
• Safekeeping the collected products
Effect of OverGrower OPTIMIZATOR for foliage application:
Through foliage application you stimulate internal protection mechanisms of the plant, as well as create an adequate response of all systems to poor conditions due to balanced combination of phytohormones.
This results in higher yields, better quality of the products, balanced plant growth, faster development and ripening, increased resistance to abiotic conditions, as well as in insecticidal activity of the product against pests through activated biological protective mechanisms in some cases.
Potato: increased yield by 40% and merchantability up to 99%, tuber quantity and quality in a well, amount of stems and side shoots, foliage area, accelerated growth at all stages.
Vegetables: increased yield, quality of products, more even roots, better consistency and weight of heads.
Crops: increased culm strength and stem thickness, improved yield, length, and grain mass, as well as larger content of gluten and better overall quality of the crop.
Absence of fruit flies, reduced risk of diseases and phytosanitary risks.
Corn: increased nutrition and energy value of the crop, larger content of protein and vitamins in green mass.
Result: higher productivity of animals.
Grapes: improved yield by 1.2 t/Ha, increased density of cluster and mass by 8,7%, increased quality of grapes through higher content of organic acids, dry mass, and sugars.
3. Plant-root fertilization, application into the soil as an organic fertilizer
Please process with 5-20% solution of OverGrower Optimizer while watering.
Application of OverGrower OPTIMIZATOR into the soil as an organic fertilizer ensures:
• Increased yield in the long run
• Re-cultivation of damaged soils, restoration of their natural crop-producing power
• Recovery of natural humus and soil micro-biocenosis
• Reduced erosion
• Recovered pH value of soils and their oxidation reduction potential
• Soil saturation with growth elements in a form accessible for plants, saturation with microelements
• Accelerated processes of nitrogen accumulation from air
Effect of application of OverGrower OPTIMIZATOR into the soil as an organic fertilizer:
• General recovery and enhancement of agricultural lands
• Improved sensorial and consumer properties of agricultural products
• Increased yield
