X-Tend, the biostimulant that reduces dependence on nitrogen
The cereal season has been affected by the increase in fertilizer prices and costs related to the agricultural sector. As a consequence of this situation, many farmers have had to do without bottom and top dressing fertilizers. Therefore, from Agran we recommend X-Tend, an effective solution that makes the most of soil nutrients and achieves very productive results.
X-Tend increases the availability of nitrogen and other macroelements with technological carbon sources.
X-Tend is a liquid biostimulant developed in the United States based on Micro Carbon Technology. It can be mixed with solid and liquid fertilizers to achieve a higher percentage of nutrients absorbed by the plant, greater root development and less sensitivity to drought and weather conditions.
When the product is applied to the soil and roots, signals are activated in the plant that promote the massive entry of nutrients into the interior of the cells, with special emphasis on nitrogen in the form of nitrate and phosphorus. Thus, the cereal has greater resources to produce sugars, proteins and carbohydrates, achieving more productive crops and a positive return on investment for the farmer.
The benefits on the plant are observed from the first weeks of application, where the differences between treated and untreated cereals are clearly visible. Stronger, greener and denser plants that stoically withstand any kind of stress and have more energy available to produce more and better.
Agran points out the importance of using advanced carbon technologies as a source to protect and improve the fertility of agricultural land.
It is very important to feed our soils with tools that allow us to multiply their native microbiology, reducing the fragility of cereals to weather changes, drought or stress caused by pests and diseases.
With more efficient fertilizer management and continuous soil enrichment, a multiplier effect is achieved. This makes it possible to progressively increase production after each season.