Organic Liquid fertilizer

BeneLIQ 5-2-5 is a liquid organic fertilizer, composed of 100% natural products that can increase the plant’s yield and the quality of vegetables, fruits and flowers. Due to the nature of BeneLIQ 5-2-5, a quick effect on the soil can be noted. BeneLIQ 5-2-5 is a fertilizer with a balanced NK ratio. The product is very suited voor general growth and development of vegetive organs. The product is very suitable for general growth and development of vegetive organs. The ingredients are partly sourced from agricultural waste. Due to the natural origin, the nutrient content may vary. BeneLIQ 5-2-5 is certified for use in organic agriculture in compliance with EC standard 834/2007 and 889/2008.

This organic liquid fertilizer is a concentrated liquid extract of the seaweed Ascophyllum nodosum, sustainably harvested from the North Atlantic Ocean. It is a natural product rich in potassium and bioactive compounds. This organic liquid fertilizer is used to encourage plant growth, strengthen their roots and increase plant resistance to diseases and, in particular, to the stress caused by poor irrigation management (with episodes of lack or excess of water in the potting soil) and the stresses caused by severe temperature oscillations. (sold in 6 units per pack)

N 3.5-4.2%, P 2.5-3%, K 1.5-2%, Ca 2.5%, Mg 0.7%, Organic matter 60-75%, pH 9.5

N+K+Seaweed Extracts+Humic Acids+Fulvic Acids+Aminoacids+EDTA Iron+EDTA Zinc+EDTA Manganese. FERTALGA is a liquid organic fertilizer made with seaweed extract, humic and fulvic acids and micronutrients (Iron, Zinc and Manganese) completely chelated by EDTA. This particular combination enhances the development of all agricultural crops.The organic nitrogen, which is rich in amino acids of plant origin, has a nutrition action on treated crops and it also acts on the physiological processes of the plant improving their biochemical performance. The brown seawed (Ascophyllum Nodosum) which is rich in betaine, vitamins, natural promoters, polysaccharides, combined with humic and fulvic acids and the EDTA microelements give to the plant a greater resistance to atmospheric stresses (such as temperature variations) and/or physiological stresses (e.g. falling of fruit, micronutrient deficiencies).