Improves the physical structure of the soil by forming a network of polymer chains. This network binds soil particles together, creating aggregates that enhance soil porosity and water infiltration. Enhancing soil structure facilitates root penetration and aeration, promoting plant health and overall growth. It is designed to increase water retention and infiltration in various soil types. Additionally, it boosts the efficacy of fertilizers when used in combination.
How does it work?
Improves soil structure and water retention. Helps by preventing the compaction of microaggregates. The soil maintains moisture and all the benefits of moisture by preserving its structure.
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What is it used for?
It can be used as an amendment to improve soil structure and soil. By binding soil particles together, this polymer helps create larger aggregates, which improves soil aeration, capillary water movement and root penetration. This creates a more favorable environment for plant growth and increases soil productivity.
These two fields were irrigated simultaneously and the same amount of water was applied. We can observe a higher soil porosity in the field treated with FLOBOND™ DI2010. Water does not leach out, improving the moisture bulb. This improved nutrient uptake and soil life. The effect of the product remains in the soil for about one month.
It has a high affinity for soil salts, so it easily improves salt solubilization and desaturation of the clay-humic system. It can improve salt leaching and reduce soil electroconductivity (EC) by more than 40%. Releasing salts from the humic-clay system, increasing their leaching and reducing EC improves osmotic pressure and the soil’s ability to hold the nutrients your crop needs, favoring overall plant uptake of water and nutrients, and improving the efficiency of the next fertilization by allowing more points for nutrients to bind in the soil and reducing their leaching.
How does it work?
It is an anionic polymer with a higher affinity for soil salts than mineral clays, so it manages to desaturate the humic-clay system more easily than with water alone, increasing the leaching of salts.
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What is it used for?
It can be used at the beginning or at the end of the crop to reach the highest possible salt and to reduce salt concentration and electro conductivity for a longer period of time. Protecting the soil against salt accumulation during the growing cycle, even if the soil is irrigated with hard water.
