Nano Phosphorous Manufacturer & Exporter | Nano Fertilizers

Nano Phosphorous

Nano phosphorus encapsulated within a chitosan-based biopolymer delivers highly bioavailable phosphorus, a critical nutrient for photosynthesis and respiration in plants. This innovative formulation effectively overcomes phosphorus availability limitations, enhancing nutrient uptake and promoting optimal plant growth and metabolic function.

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Benefits

Immediate Bioavailability

Nano Phosphorus is quickly absorbed by plants due to its small particle size.

Stable and Versatile

Highly photostable, does not oxidize in sunlight, and works effectively in various environmental conditions.

Supports Vital Processes

Aids in photosynthesis and respiration, essential for plant growth and development.

Reduced Fertilizer Requirement

Reduces conventional phosphatic fertilizer needs by almost 50%.

Ingredient	% (w/w)	Function
Mono-sodium phosphate	28%	Primary P source 1
Citric acid	25%	Chelator & pH buffer 1
Formic acid	2.5%	Antimicrobial stabilizer 1
Lysine	3%	Natural amino-acid chelate 1
Chitosan biopolymer	Trace	Controlled-release matrix 1

Composition

Additional Info

Strength: 66,000 ppm of plant-available phosphorus, delivering concentrated and efficient nutrition for optimal crop growth.

Compatibility: Fully compatible with most chemical fertilizers and pesticides, with the exception of Calcium Ammonium Nitrate, which should be avoided to maintain product stability and effectiveness.

Shelf Life: Maintains peak quality for up to 24 months when stored at room temperature in a sealed container, ensuring long-term reliability and performance.

Packaging: Supplied in convenient 5 L bottles, packed as 2 bottles per sturdy corrugated cardboard box for secure transportation and storage.

Symptoms of Phosphorus Deficiency in Plants

Growth Impact: Plants exhibit stunted growth with reduced overall yield potential.
Leaf Discoloration: Older leaves develop a purplish hue as one of the earliest deficiency signs.
Leaf Tip Damage: Browning and dieback occur at leaf tips, accompanied by weakened tissue.
Delayed Maturity: Phosphorus deficiency slows plant development, prolonging time to maturity.
Chlorosis and Necrosis: Yellowing (chlorosis) and dead patches (necrosis) often appear along leaf margins, further compromising plant health.

Key Benefits at a Glance

Benefit	How It Helps Your Crop	Science Back-Up
100% water-soluble nano P	Rapid foliar & root absorption	Nano-scale particles cross cell membranes quickly 1
Cuts phosphorus fertilizer use 50%	Lower input cost, fewer field passes	Field studies show nano P halves SSP demand 1
Photosynthesis & energy transfer boost	Bigger leaves, better grain fill	P is central to ATP & DNA synthesis 2 3
Stress resilience	Keeps crops green in heat, cold or drought	Adequate P preserves stomatal function 3

Dosage & Application

Soil prep (pre-sowing): 8–16 mL/L via drench or sprinkler.
2 weeks after emergence: 8–16 mL/L foliar.
Pre-flowering: 8–16 mL/L foliar.
Pre-harvest finish: 8–16 mL/L foliar. For disease pressure (e.g., downy mildew, late blight): 20–30 mL/L rescue spray 1.

FAQ

What is a good source of phosphorus for my plants? High-efficiency options include Nano Phosphorous, triple superphosphate, bone meal and rock-phosphate blends. Nano formulations out-perform bulk SSP because 100 nm particles are absorbed faster and with less soil tie-up 1 4.

When should phosphorus fertilizer be applied?

Apply early—pre-plant or at seeding—so young roots access P during cell-division; follow with in-season foliar top-ups at vegetative, pre-flower and grain-fill stages 5 6.

What is another name for phosphorus fertilizer?

Common synonyms are “superphosphate,” “triple super,” “concentrated superphosphate (TSP)” and “phosphate rock” 4 7.

What is the role of phosphorus fertilizers in plants?

Phosphorus fertilizers drives energy transfer (ATP), DNA/RNA synthesis, root development, flowering and seed formation. Adequate P shortens crop maturity and boosts stress tolerance 2 3.