Abono Nanoparticulado

Micronutriente para el Cultivo

Awen LTDA

Desarrollo de productos innovadores el área de la nanotecnología

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The stimulants of growth, nanotechnology, represent today, a contribution to the agricultural environment, generating new products that complement the use of traditional fertilizers. Nanotechnology is being used increasingly, to solve, problems that are generated, for example, in
the attack of bacteria and fungi in crops, and are difficult to solve, an example of this are the nano particles copper, whose area of ​​dispersion, greater compared to traditional minerals, larger, allows to improve the effectiveness, at a lower cost, to combat bacteria and fungi such as Fusarium, Odium, among many others.  Copper nanoparticles have a double effect, on crops, on the one hand play a nutritional role, by improving the processes of photosynthesis, and on the other hand, its antibacterial and anti fungal characteristics, provide a guard against the attack of pathogens , that affect the crops.

During the last decades the economic pressure as well as the growing demand for food, has led to the exploitation of intensive crops on a large scale, using increasing amounts of inorganic chemical fertilizers and contemplating only the nutrition of crops in the short term, forgetting more and more, the "natural" factor of the fertility of soils. Organic matter is responsible for an adequate structure in the soil, increases porosity, improves water-air relationships and reduces erosion caused by water and wind. In the soil, the organic matter is transformed, decomposes or degrades until mineralized due to the action of microorganisms, all this natural process gives rise to the humification, evolutionary process by which, from the modification of original tissues and the synthesis of Soil organisms produce a set of stable compounds of dark or blackish color, amorphous and colloidal, known as Humic Acids.

The Complex Humic Acid, and Fulvic with nano Carbon particles, contribute to the crops, greater resistance to soil pathogens; improving the productivity, increasing the size of the fruits, leaves and stems, The nano particles of Carbon contribute to a greater root and foliar growth. They allow a better absorption of nutrients, optimizing the availability of them, also generating optimal use of resources, by reducing production costs. Also, the nanoparticles of Carbon, increase the efficiency of pesticides and herbicides.

On the left side the radicular increase of lettuce cultivation is observed, when applying CcopperNps, in comparison with seedlings of the right side without CcopperNps Biostimulant.

CCOPPERNps BIOFERTILIZER LINE

  

Format/Presentation: Wettable powder for soil use
Packaging:  150 gr - 250 gr - bucket 10 kg - 100 kg
Dispenser: 10 ml is equivalent to 5 grs of CCopperNps

Mode of use and application:

1
Use 5-20 grams / m2, at the beginning of the vegetative growth, in small crops like vegetables, repeat the applications after 15 days, with the appearance of the first 5 leaves, repeat 4 to 5 applications of CCOPPERNps during the life cycle.
2
In larger crops (eg fruit trees, cereals, etc.), apply 20 g of CCOPPERNps in the growth phase, repeat every 15 days, apply 50-70 gr in the pre-flowering phase, and water as usual.
3
In seedlings, apply CCOPPERNps together with the leaf soil, approximately 1-3 grams, before the final transplant and with the appearance of the 5th leaf, repeat the application again.
4
for indoor plants (pots) apply 5 grams on the substrate and then water. Repeat every 15 days, 4-5 times during the crop cycle.
  •    QUINTA REGIÓN  | Viña del Mar
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