Supper Green - Nano Micronutrients

SuperGreen Nano Micronutrients



                 SuperGreen Nano Micronutrients is the products that derived from natural ingredients. By the concept that needs plants to gain the mineral that help to grow naturally called HUMUS. The HUMUS is an organic matter that is complicated naturally. There is degraded in the soil to make the soil to be fertility. The degradation occurred from the fossil, which is synthesized by Microbial activity of Amino acids, Proteins, and Aromatics. There is the integration of an organic compounds, Microorganisms, and fossil that plied up as a long time to be the HUMUS in the soil.


                 Therefore, we have invented the products as the HUMUS substances. We used the derivatives of HUMUSin the nature mixed with the natural ingredients specifically formulated for our company. To made up the organic elements and also possesses that has the ability to make a high ion exchange. To help plants to absorb nutrients as well. And, also help to increase the amount of nutrients that are beneficial to plants. Help to increase the amount of microorganism into the soil that are beneficial to the plants in term of stimulating the sprouting the branches.


                 In addition, SuperGreen Nano Micronutrients also has added the necessary substance in the form of Amino into the plants, it will processed “Active Plus” in the cell and also has the movement of nutrients that has strong balance of Amino to help in the process of PHOTOSYNTHESIS which help to the plants to get the nutrients in form of ATP and NADPH. SuperGreen Nano Micronutrients also help the plants to lead these 2 substances to transfer of the energy to freeze Carbon Dioxide. By the reaction that does not require the light or dark reaction or Calvin cycle to become Sugar and other compounds in the plants to make plants has more efficiently in generating more food.


                 To absorption of nutrients in the soil. SuperGreen Nano Micronutrients contain the substances that help the growth of plants roots to make the strong root system and branch out as well. This is the most important in the absorption of minerals in the soil to make the plants use fertilizer by the soil more effectively.Moreover, the plants will be stronger, not falling easily. Due to a strong root system for instance, paddy rice, when used SuperGreen Nano Micronutrients, plants will have the root system better than normal. The stems will be stronger, not falling easily, and can absorb the nutrients from the roots to the trunk as well.


                  Furthermore, every time spraying of SuperGreen Nano Micronutrients to plants, it will has some spread into the soil. Which has helped to improve the soil conditions. Because SuperGreen Nano Micronutrients contained of various derivatives of HUMUS in form of solid that has high concentration more than normal. Then, when fell into the ground, it will make the soil to have HUMUS condition and it can decomposition of organic material in nature rapidly.


  • Calcium
    • It can help in building the cell wall, nucleus and Mitochondria synthesis to the plants
  • Magnesium 
    • It is the important component part of building the chlorophyll
    • Help to create the formation of Ribosome which is the production facility for various proteins and enzymes
    • It is also involved in enzymatic reactions in energy metabolism, synthesis of nuclear, chloroplast, and also including the Ribosomal constituents 
  • Soluble potash K2O
    • It plays essential role in help to respiration process of plants and carbohydrate metabolism
    • It can help to enhance the efficiency of several enzymes in protein synthesis for plants that can be utilized in the thrive as well
  • Nitrogen 
    • It is the constituent of protein, and genetic elements, namely, DNA and RNAs
  • P2O5
    • There is constituent of geneticelements, phospholipids and energy metabolism
  • Sulfur 
    • It forms part of the amino acids cysteine, cysteine and methionine
    • It also can help to stabilizing the tertiary structure of protein and enzymes
  • Iron
    • It has helps to stimulate the catalytic sites of enzymes involved in photosynthesis and it is essential for the formation of chlorophyll 
  • Manganese 
    • It is the stimulator in operation of respiratory enzymes system and help to stimulate in reaction of nitrogen metabolism and photosynthesis. It also required by some enzymes involved in the metabolism of the hormone Indoleacetic acid
  • Boron
    • Help to increase in plant metabolism which is not clearly understood yet, but experiments demonstrated that it can increase the rate of sugar translocation and absorption through the leaf surface. It also involves in cell differentiation and development in cell of plants too
  • Copper
    • It is a component of a number of enzymes that involved in defend mechanism and photosynthesis
  • Zinc
    • It is important directly involved in the synthesis of Indoleacetic acid, activator of several important dehydrogenases and protein synthesis
  • Molybdenum   
    • There is the most important role is in Nitrate reduction side and nitrogen fixation
  • Chlorine
    • There is extremely important for photosynthesis of all kind of plants
  • Alginic acid     
    • There is helped to improve soil conditioners, it can help to improves water-holding characteristics of soil and help the formation of crumb structures, improving aeration and capillary action. These in turn stimulate the root systems of plants to further growth, and also stimulate the growth of soil micro-organisms and can make soil to be stabilized condition – Polyuronides
  • Amino acids   
    • Help the plants to has blocking process for proteins and enzymes, which can be utilized as well
  • Auxins
    • It is a group of plant hormone, that is a regulator and promoter to plant growth
  • Gibberellins 
    • Help to promote of the inflorescence elongation, flowering and breaking of dormancy in germination so that there will has high percentage of germination
  • Cytokinis
    • Help to stimulate cell division and also help to protect the onset of senescence of aging tissues and cell wall
  • Many different types of polysaccharides, such as laminarin and fucoidin    
    • It is an important food sources for plants, and also help to stimulate defense reactions of agricultural crops
  • Mannitol
    • Help to increases plant resistance to drought and possibly respond to pathogenic attack
  • Carbohydrates and Fat
    • It is a cell membrane that help to building block and energy sources
    • It is an essential constituents of seeds
  • Protein
    • Plant can breakdown protein into amino acids, which are largely oxidized to Co2, while it is also simultaneously synthesizing protein from amino acids newly formed from sugar carbon
  • Tannins
    • Act as a barrier from micro-organisms like bacteria and fungi and can help to protect the plant
  • Vitamins
    • Can help to increase plant resistance to drought and cold, provide protection from UV radiation
    • Assist in the development of root system, stems and leaves
  • Organic matter 
    • Help to improve soil conditioning and maintenance of healthy microbial ecosystem; water and nutrients retention for plant