Nanoboostex – a powder produced on the basis of advanced nanomaterials that accelerates the growth of plants in a natural way, and at the same time reduces the costs of cultivation and protects seeds and plants against the undesirable effects of bacteria and fungi.
The effectiveness of the NanoboosteX product has been confirmed on plantations of lettuce, Chinese cabbage, peppers, tomatoes, etc.
NANOTECHNOLOGY IS THE USE OF MATTER ON AN ATOMIC, MOLECULAR, AND SUPRAMOLECULAR SCALE FOR INDUSTRIAL PURPOSES
THE SIZE OF NANO-MATERIALS IS NANO SCALE, THEREFORE THE AMOUNT OF NANOBOOSTEX NANOPOWDER NECESSARY FOR PLANT CULTIVATION IS EXTREMELY LOW 1 GRAM OF THE PRODUCT PER 333 PLANTS 75 – 300 GRAMS OF THE PRODUCT PER HECTARE
NANOMATERIALS ARE CHEMICAL SUBSTANCES OR MATERIALS WITH PARTICLE SIZES BETWEEN 1 TO 100 *NANOMETERS IN AT LEAST ONE DIMENSION.
*The nanometer is a unit of length in the metric system, equal to one billionth of a metre (0.000000001 m)
NANCULTIV NANOMATERIALS ARE CHARACTERIZED BY HIGH ADSORPTION PROPERTIES. THEREFORE, NANOBOOSTEX POWDER AFFECTS SOIL SO HIGHLY EFFICIENT AND PRODUCTIVE.
Dynamic growth
- NanoboosteX accelerates plant growth many times over.
- 100% plant efficiency from seed. No unused seeds - no waste
- It does not affect living organisms in the soil. It is not harmful to earthworms, worms etc. and other plants.
High efficiency
- Non-toxic agent that strengthens plants.
- A very small amount of the agent is enough to obtain a very high quality and efficiency. One-time addition to the soil for the entire life of the plant.
- Eco-friendly agent. Carbon-based nano-product.
Plant protection
- NanoboosteX protects the plant against the effects of adverse environmental conditions and susceptibility to various diseases.
- It protects the seeds against bacteria and fungi.
- Nanoboostex significantly increases the content ofmicro and macro elements in the plant.
Cost savings
- The use of NanoboosteX reduces production costs as well as electricity and water consumption by the plant.
- It reduces the expenditure of basic production means, i.e. chemical fertilizers and plant protection products.
- Thanks to nanoboostex, vegetables and fruits are not covered with plant protection products - pesticides.
THE PROVEN RESULTS OF USING NANOBOOSTEX WITHOUT THE USE OF FERTILIZERS
CHINESE CABBAGE
+60% increase in Chinese cabbage root mass
+47% increase in Chinese cabbage root length
+15% increase in Chinese cabbage head width
+12% increase in Chinese cabbage mass (without root)
+10% increase in Chinese cabbage head length
+8% increase in Chinese cabbage total mass (incl. root)
+7% increase in Chinese cabbage length
+1,4% increase in Chinese cabbage head mass
LETTUCE
+591,7% increase in lettuce root mass
+150,3% increase in lettuce root mass
+102,2% increase in lettuce mass
+90% increase in lettuce root length
+75% increase in lettuce root length
+65% increase in lettuce mass
+37% increase in lettuce width
+33% increase in lettuce width
WHITE PEPPER
+1650% increase in pepper root mass with soil
+1067% increase in pepper root mass
+208% increase in pepper root length
+120% increase in pepper leaves width
+114% increase in pepper stem length
+133% increase in pepper leaves length
+88% increase in pepper fruit mass
+64% increase in pepper fruit length
+62% increase in pepper fruit width
Additional benefits of Nanoboostex powder
- Controlled release to the environment, e.g. upon contact with water of micro- and macroelements
- Easier adsorption of light, thus also more efficient photosynthesis
- List ItemSimultaneous ability to adsorb harmful compounds and release micronutrients necessary for plant development
- Antimicrobial protection that protects plants against various diseases, e.g. soil diseases, oxygen diseases, etc.
- Increasing the weight, biomass of crops
- Increased resistance to soil salinity
- Increase in production per unit area
- Increases water uptake, better absorption and water retention
- Improving vitality
- Makes crops resistant to stress related to drought, frost and disease
- It also enables their faster regeneration after the stress factor has subsided.
- It also enables their faster regeneration after the stress factor has subsided.
- Accelerates and stabilizes metabolic processes in plant cells, which causes the production of the necessary amounts of enzymes, phytohormones, sterols, phenolic compounds and other organic bio-active compounds
- Increase in fresh biomass and seed moisture level
- Increases the fresh and dry mass of the shoots, the fresh mass of the roots, also the content of chlorophyll
- Increases the rate of transpiration, stomata conduction and the concentration of intercellular CO2
- Increases the activity of key enzymes
- Increases the number of flowers and fruits
- Increases the regeneration rate of shoots
- Increases the growth rate in every part of the plant, including roots, shoots, stems and branches