Efisoil Aminoshoot
Multi-effect activator of the root bulb optimizing soil in fertigation with Duramon Technology.
EFISOIL AMINOSHOOT is a concentrate of amino acids with sulfur and microelements that is used as a root activator and soil regenerator, as well as a crop nutrition enhancer in localized irrigation systems. Regenerates and optimizes the physical, chemical and biological properties of the root bulb throughout the entire crop cycle, achieving:
- Better conditions for crop implantation, formation, regeneration and root growth.
- Mobilization and greater availability of soil nutrients.
- Greater efficiency of the nutrients and biostimulants provided with the irrigation system.
- Avoids salinization, blockage, compaction and loss of fertility of soils subjected to fertigation.
- Complete nutrition with secondary elements and essential microelements (S, Fe, Zn, Mn) and mobilized native Ca.
- Acidification of the irrigation solution, neutralizes carbonates.
REGENERATES AND OPTIMIZES THE PHYSICAL, CHEMICAL AND BIOLOGICAL PROPERTIES OF THE ROOT BULB DURING THE WHOLE CROP CYCLE.
IT INCORPORATES ROOTING STIMULATING SUBSTANCES THAT BOOST ITS DEVELOPMENT AND THE CREATION OF SECONDARY ROOTS.
DURAMON® REDUCES AND CONTROLS NITROGEN LOSSES, RELEASING IT GRADUALLY AND POWERINGITS EFFECTIVENESS.
ITS ACID CHARACTER PREVENTS CLOGGING CAUSED BY CHEMICAL PRECIPITATES AND NEUTRALIZES CARBONATES, CONDITIONING HARD WATERS
PREVENTS SALINIZATION, BLOCKING, COMPACTION AND LOSS OF FERTILITY OF SOILS SUBJECTED TO FERTIRRIGATION.
The No. 1 urease inhibitor in Europe
DOSES NITROGEN IN THE APPROPRIATE AMOUNT AS THE PLANT DEMANDS IT
SLOWES THE TRANSFORMATION OF UREIC TO AMMONIA, PROLONGING THE PRESENCE OF AVAILABLE NITROGEN
REGULATE THE CONTRIBUTION IN SMALLER DOSES SO THAT THEY ARE ASSIMILATED BY THE CULTIVATION AND DO NOT VOLATILIZE
REDUCES AMMONIA EMISSIONS INTO THE ATMOSPHERE AND OFFERS EFFICIENT NITROGEN NUTRITION 100% NITRATE FREE
DURAMON® (MCDHS) is the first urease inhibitor Certified in Europe by Regulation (EU) 2019/1009, based on its inhibition efficiency and its agronomic result.
