AgriLibrium

The name Agrilibrium and the scale were derived from the word EQUILIBRIUM which represents BALANCE.
AgriLibrium have developed a new plant nutrition concept. This concept includes the 1:2 Water extract, which allows us a better insight into understanding the delicate relationship between plant and soil.
Conventional soil analysis in simple terms means that chemical extractions of soil minerals are done with the intention to predict crop available nutrients. From a plant physiological point of view however, crop response to results from this method of analysis shows a very poor correlation. Contrary to the above, a water extract is exactly what it says namely the water soluble nutrients are measured and what is available to be taken up by plant roots. Both types of analysis has its role in better understanding soil nutrient content (conventional analysis) as well as nutrient availability (1:2 water extract) for the crop. Simply put, what is available and what has been applied and in reserve.
Our products are a combination of amino acid and fulvic acid nutrient element complexes that ensures uptake by plants resulting in crops that will function optimally and which will stimulate root growth and improve nutrient uptake.
A complete fertilizer, soil treatment and foliar application and recommendation are included, which is based on the soil and water extract analyses and set out in a weekly program that focuses on the major physiological stages of the plant. Micro-element deficiencies are corrected by amino/fulvic acid complexed foliar applications that are efficiently taken up by plant leaves. The soil treatment includes a program to stimulate microbial activity as well as to increase organic content in the soil. This ensures optimal utilization of nutrients and improves pathogen suppression. Since the Equilibrium farming concept is a balanced approach (based on quantified plant available nutrient reserves) between conventional and organic farming, we do encourage the use of organic material as a way to improve soil water retention, increase CEC (cation exchange capacity), regulate soil temperatures and reduce runoff and erosion.