Coromandel Gromor Nano Dap Fertilizer, These Nutrients Into Nano Polymers Capsules Or Nano Clay Material
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Descriptions

What is Nano?

As per ISO/BIS definition, any particle that has at least one of its dimensions in the size range of 1 nm to 100 nm (1 nm = 10^-9 m) is termed as nanoparticle. As per recent DBT guidelines on biosafety, these dimensions could be extended up to 1000 nm if the material possess improved properties or phenomena because of the effect of dimensions.

Nano For Agriculture:

There have been numerous references in literature that demonstrate direct uptake of nanoparticles through roots or leaves and subsequent distribution throughout the plant system. This led to the concept that nanoparticles can act as delivery vehicles to deliver nutrition or pesticide to plants. In case of crop nutrition, plant has very specific requirements that the nutrient has to be in the plant available form. Crops take up and use almost exclusively nutrients as ions. Nano fertilizers can be prepared by entrapping these nutrients into nano polymers capsules or nano clay material or other nano templates and be delivered directly inside plants.

In the case of conventional fertilisers, low nutrient use efficiency (NUE) is due to nutrient losses as a result of leaching, fixation and volatilization. On the other hand, nanoparticles are taken up as a whole either through roots or stomata. Hence if these nano particles are loaded with nutrients, there is no loss of nano nutrients as compared to bulk soil based application. Due to small size and high surface area, Nano fertilizers are taken up through stomata and cuticle as-is and without loss.

Benefits of Coromandel Nano DAP for Crops

Action of Nano DAP

Nano DAP addresses the critical requirement of phosphorus in the chlorophyll for facilitating photosynthetic activity. Nano DAP consists of particles of polymer encapsulated DAP which are of nano size (< 100 nm). These nano sized particles are suspended in an aqueous solution which can be sprayed onto the leaves of the plant after dilution. These particles enter the plant through cuticular pores or stomata and then penetrate the cell membranes through endocytosis. Once inside the cell, the nano DAP particles release the DAP slowly and ensure that adequate concentration of phosphorus is available in the chlorophyll for photosynthesis. As the requirement of P for photosynthesis is very small, the small quantity supplied through Nano DAP is adequate to fill any gap in P supply from the soil.

Coromandel Nano DAP

Nano DAP is a premium inhouse invented and manufactured product based on cutting-edge Nanotechnology. It is a unique liquid fertilizer product that contains nanoparticles of Diammonium Phosphate (DAP). It is a source of nitrogen and phosphorus âÂ�?Â�? 2 key primary nutrient essential for the growth of crops. The small size of Nano DAP (< 100 nm) and high surface area drive the easy absorption by plant leaves. This novel nano-formulation helps in better crop growth and yield, reduced environmental burden and increased farmer profitability.

Features of Nano DAP

• Nano DAP is opalescent white aqueous Nano fertiliser for foliar application.

• It contains Nano particles of DAP with N âÂ�?Â�? 2% (w/v) and P2O5 âÂ�?Â�? 5%(w/v)

• It has small size and high surface area that enables increased Nutrient Use

• Efficiency and higher absorption.

• Nano size of DAP is ideal for systemic absorption.

• It has suitable stabilizers for best stability and efficiency of product.

Benefits of Nano DAP

• Nano DAP is a liquid formulation that enables high Phosphorous and Nitrogen availability to the plant.

• The NP ratio of 1:2.5 is suitable for better crop establishment and flowering.

• Nano DAP is suitable for all crops including cereals, fruits and vegetables, oil seeds, pulses, onion, cotton, Sugarcane, etc.

Nano DAP Pack SizeâÂ�?Â�? 1 litre

Nano DAP DosageâÂ�?Â�? It is ideal for all crops. Dosage is 500 ml /acre.

Number of Sprays: Two sprays, one at vegetative state (4-5 weeks after crop sown/transplant) and other before flowering stage of the crop.