General benefits

BNF Oxidation of the Soil Based on Polythionate-Hexationate Nitrogenated. Oxidant-Oxygenator with Nitrogen. Its constant use will allow the elimination of the use of sulfuric acid for flocculation, avoiding soil degradation and gradually achieving an increase of beneficial aerobic organic matter.

Benefits for the soil

Create in the cultivation floor the necessary openings so that oxygen, an essential free element, penetrates the rhizosphere and generates ideal conditions for the proliferation of beneficial aerobic microbial life that helps better decomposition and assimilation of nutrients by the plant. In addition to enhancing the reduction of nitrates and nitrites, forming polyamines and polyamides that favor beneficial microbiota.

Benefits for the plant

Achieve better germination of sprouts and root development by promoting the unlocking of nutrients and mobilization of excessive salinity. Activates the essential Nitrogen metabolism for the formation of chlorophyll, amino acids and protein construction. High efficiency in the natural processes of plant sugar synthesis because it strategically affects the formation of sucrose, which significantly increases the brix degrees in crops.Catalyzes the biosynthesis of reducing sugars, which increases the reserves of carbohydrates to be used afterwards under bioclimatic demand.

Lightbourn® Biochemical Model - Hyperagricultural Production

More than 60% of the planet's arable soils are highly degraded, sterile and contaminated by the excessive use of fertilizers and agrochemicals. The SINC® Oxidation protocol allows the recovery of the organic, biophysical and biochemical ideal conditions of agricultural soils, avoiding their contamination and that of the groundwater; In addition, it provides unbeatable conditions for the emergence of seeds and healthy root growth.