AXEB Fresh also includes biostimulants derived from Ascophyllum nodosum seaweed extract. These formulations supply phytoregulator precursors such as auxins, cytokinins and gibberellins, alongside carbohydrates, amino acids and essential micronutrients including iron, zinc, manganese, boron, copper and magnesium. Such compounds are 100% assimilable by plants and quickly integrated into their metabolic pathways. They enhance vegetative growth, accelerate flowering, improve fruit set and contribute to superior fruit quality in terms of size, taste, color, firmness and shelf life. In addition, these biostimulants promote the formation of a stronger and more extensive root system, allowing crops to maximize nutrient uptake and improve fertilizer efficiency.
Vitality from the sea, organically grown.
Seaweed extract
Extracted from Ascophyllum nodosum, this biostimulant improves nutrient uptake, enhances vigor, and helps crops tolerate abiotic stress naturally. A reliable ally for growth, even in tough conditions.
What do AXEB customers say?
Suitable for use in organic farming, conventional and integrated production.
Amino acids
Liquid and powder protein hydrolysates rich in plant-available amino acids. Easily absorbed, they help crops recover from abiotic stress, enhance overall vitality, and improve the efficiency of your fertilization programs – all within organic standards.
Chelates
In organic farming, complexed or chelated micronutrients are key to maintaining crop health and metabolic efficiency. Our products deliver essential trace elements that act as enzyme cofactors supporting everything from photosynthesis to fruit development.
Chitosan
Derived from crustacean shells, chitosan acts as a natural elicitor, triggering phytoalexin production and helping plants defend themselves against pathogens. A clean and effective tool to strengthen your crops, organically.
Soil improvers
Formulas rich in humic and fulvic acids that regenerate soil health, enhance nutrient availability, and improve physical, chemical and biological soil conditions. Ideal for building long-term fertility and supporting robust, organic production systems.