Humic Acid Biomol 1 Liter

Guaranteed Content (w/w):

• Total (Humic + Fulvic) Acid: 15%
• Organic Matter: 15%
• Water Soluble Potassium Oxide (K 2 O): 3%
• pH:8-10
• Raw Material Used in Production: LEONARDIT

EFFECTS ON SOIL STRUCTURE

• BIOMOL improves the physical quality of the soil, increases its permeability and aeration ability. In addition, by preventing the formation of a creamy layer, it ensures that air and water, which are the basic needs of plant roots, circulate easily in the soil and allows capillary roots to develop easily.
• Thanks to the carbohydrates it contains, it encourages the survival and proliferation of beneficial bacteria in the soil.

EFFECTS ON PLANT STRUCTURE

• Many nutrients that plants need retain each other in the soil and cannot become useful to plants. Thanks to its positive effects on the soil structure, BIOMOL enables the root systems of plants to develop easily, encourages the plants to absorb nutrients blocked in the soil, and paves the way for a healthy diet. Thus, the expected, highly efficient and high quality product is obtained.
• BIOMOL increases the dry matter rate in the product, providing resistance to transportation and extending its shelf life.

EFFECTS ON MACRO AND MICRO ELEMENTS

• High pH values and the presence of Calcium (Ca) in the majority of our country's soil prevent plants from receiving the necessary nutrients, namely fertilizers. In particular, phosphates combine with calcium to form calcium phosphate molecules that the plant does not use.
• Thanks to the humic acids it contains, BIOMOL prevents salinization in the soil and balances the nutrition of plants by creating humophosphates that can be easily absorbed by the plant.
• Thanks to the fulvic acids it contains, it can keep Iron (Fe) molecules dissolved even at high pH's, thus playing a very important role in solving all chlorosis (mineral deficiency) problems.
• Fulvic acids combine with microelements to create soluble compounds ready for use by plants and prevent these elements from being neutralized by limestone.