Humic acids provide rich, organic fertilisation to crops and plants. These acids are obtained from humicsubstances, which are the major organic constituents of soil (humus), peat, coal, many upland streams, dystrophic lakes, and ocean water. Our humic acids are sourced from highly rich mines in USA and contain the most stable forms of the molecule.
Dinkal Agro Products Private Limited has pioneered technologies to coat organic humic acids onto scientifically screened and selected bentonite granules. We also have specialised liquid formulations and developed water-soluble powders with exceptionally high purity that are especially used in Drip Irrigiation. Our formulations can be used in a variety of ways: seed treatment, root or seedling dips, foliar spray, soil application, drip irrigation, mushroom bag application.
Humic acids have been known to provide the benefits listed below to various plants and crops such as: cotton, rice, peas, sugarcane, groundnuts, chillies, okra, brinjals, tomatoes, betel vines, grapes, bananas, etc. They are also highly beneficial to ornamental grasses, flowers and turf grasses (e.g. on golf courses and lawns).
Increase in water holding capacity Increase in soil aeration Improvement in soil workability, making it more crumbly Improvement in drought resistibility Improvement in the seedbed Reduction in soil erosion
Retain water-soluble inorganic fertilisers in the root zones and release them to plants when needed Promote the conversion of a number of elements into bioavailable forms to plants Provide extremely high ion-exchange capacities Participate in the decomposition of rocks and minerals Increase the buffering properties of soil Chelate metal ions under alkaline conditions Provide rich organic and mineral substances essential to plant growth Increase nitrogen content in soil
Stimulation of plant growth by accelerating cell division, increasing root system development, and increasing yield of dry matter Strengthening of root system development, respiration and growth for quicker and improved mineral and nutrient intake Increased germination and viability of seed Increased vitamin content of plants Increased plant membrane permeability to optimise mineral intake Increased plasma permeability to optimise nutrient intake A supplementary source of polyphenols which are respiratory catalysts Conversion of heavy metals (e.g. iron) into bioavailable forms to protect plants from chlorosis Stimulation of plant growth by accelerating cell division Stimulation of plant enzymes Support in plant photosynthesis
