ECO prípravky na plodiny

Modern granulated lime fertiliser with the addition of beneficial microorganisms from the Bacillus sp. Bi Calc+ lime regulates soil pH through rapid and long-term action and stimulates biological life in the soil. The product is certified for organic farming.

Innovative microelement fertiliser for sugar beet. It contains essential micro-nutrients such as boron, systemic copper, and molybdenum, as well as manganese and zinc, crucial for sugar beets.

Foliar fertiliser for cereals containing highly concentrated microelements. Systemic copper, manganese, and zinc, supported by other micro-nutrients, will be effective in any cereal crop.

Highly effective microelement fertiliser for maize equipped with necessary components like boron and zinc. High content of systemic copper and sulphur supports the fertiliser's action.

Microelement fertiliser for rapeseed, meeting the crop's demand for micro-nutrients such as boron, manganese, molybdenum, systemic copper, and zinc.

Microelement nutrient solution, particularly recommended for grain and stone fruit trees as well as berry bushes such as currants, gooseberries, chokeberries, blueberries, lingonberries, and raspberries.

Microbiological fertiliser enriching the soil with easily absorbable atmospheric nitrogen for plants. The soil-based bi nitrogen product is of high quality, containing billions of Bacillus azotofixans bacteria per gram.

Bacterial preparation supporting plant growth by enriching the soil with easily absorbable phosphorus derived from the breakdown of its complex and insoluble forms. Based on carefully selected phosphorus bacteria Bacillus megaterium.

High-quality soil microbial fertiliser accelerating the decomposition of organic matter based on soil bacteria Bacillus subtilis at a concentration of 5x10⁹ CFU per gram of product. Billions of bacteria in the product improve soil phytosanitary conditions and provide nutrients to plants.

Unique microbial preparation improving crop phytosanitary conditions. It contributes to the availability of nutrients for plants such as nitrogen, phosphorus, iron, and other microelements. Based on carefully selected soil bacteria from the Bacillus genus (subtilis, megaterium, and azotofixans).

The product's action aims to improve soil microbiological life and increase the number of available macro and microelements. It contains concentrated forms of rhizospheric microorganisms, which enhance soil health and structure and are responsible for nitrogen, phosphorus, and potassium transformations.

Microbial preparation used to accelerate the decomposition of straw and other post-harvest residues. bi straw, based on Bacillus bacteria and non-pathogenic soil fungi, effectively decomposes difficult-to-degrade plant substances such as cellulose or lignin.