SOIL-85 organic fertilizer high in fulvic acids

SOIL-85 is composed of organic substances resulting from the metabolic processes of yeast and microorganism fermentation, such as a large amount of fulvic acids, amino acids, proteins, lipids, various organic acids, enzymes, bases, nucleic acids, chlorophyll, lignin, quinones. , sugars and phytohormones of natural origin; As well as mineral nutrients and soluble inorganic substances, in which K, Ca, Mg and SO₄ ions predominate.
It is completely biodegradable, nature breaks down its compounds via microbiological processes and takes advantage of its minerals.

SOIL-85 Features:

• It improves soil structure.
• Increases the water retention capacity.
• Makes the soil more spongy, improving its aeration.
• Allows the formation of the clay-humic complex, increasing the ion retention power and the cation exchange capacity.
• Potentiates potassium fixation, avoiding its loss by leaching, especially in sandy soils.
• Fixes the microelements allowing them to be more assimilable by the plants.
• Promotes the development and activity of the microbial flora.
• Stimulates the rooting and development of plants
• Improves root respiration

In addition SOIL-85 has a low molecular weight, and is applicable by foliar and root route.
- It is composed of organic matter assimilable by beneficial soil microorganisms.
- It is composed of organic matter assimilable by beneficial soil microorganisms.
- Vitamins and probiotics unaltered by chemical substances in-process.
- Complexing agent.
- Mixes with most fertilizers and agronutrients.
- Sequesters and exchanges cations (-COOH).
- PH regulator, unblocker of saturated soils, cation mobilizer.
- Optimal excipient for the configuration of organic NPK and organo-minerals.
- Diversity in formulations of agro-nutrients and deficiency correctors.
- Soil alkalinity corrector, organic soil conditioner.
- Formation of aggregates and water retention in the root environment.
- Improves and enhances the assimilation of fertilizer mixtures.
- Stimulates sap transit in the root-leaf system.
- Stabilizer of organic matter in soils.