Description :

Similarly, it plays a vital role in seed production stages. Using our in-house research-based innovative process of Microfluidisation, we have developed Arihant NPK Liquid 14:46:00 , an innovative slow-release liquid fertilizer. Through this process, nutrients are encapsulated in a microfluid, forming particles that function as a potent slow-release mechanism. This emulsion-based liquid is designed for efficient absorption by plants, allowing for storage within the plant for gradual and timely nutrient release as required. Our fertilizer, utilizing the emulsion-based delivery system, easily integrates into existing farming practices. It possesses the unique capability to penetrate hardened or less porous soils.

This ground breaking approach empowers plants to absorb and store nutrients within specialized pockets, enabling a sustained and slow release for optimal utilization. Notably, this innovation reduces farmers’ reliance on traditional fertilizers, marking a significant step towards sustainable and effective agricultural practices.

In NPK 14:46:00 liquid fertilizer, between half and three-quarters of the phosphorus is temporarily locked up by chained polymers. The remaining phosphorus is immediately available for plant uptake. With exposure to the soil, enzymes produced by soil microorganisms and plant roots break down the polymer phosphate chains into simple phosphate molecules the plants can digest, though some of the poly-phosphates will decompose even without the enzymes. The enzyme activity goes faster in moist, warm soils. Typically, half of the polyphosphate compounds are converted to orthophosphate within a week or two for plant uptake. Under cool and dry conditions, the conversion may take longer.

Since poly-phosphate fertilizers deliver nutrients both immediately and gradually via their combination of both ortho-phosphates and poly-phosphates, plants can use them very effectively, longer. Farmers like them for their convenience and balanced nutrient distribution, since liquid fertilizers easily blend with many other nutrients and chemicals, and each drop of fluid is identical to the next.