Cobalt NPs act as micronutrient activators essential for nitrogen fixation in legumes and enzyme activation. They support root nodulation and boost plant metabolic pathways.

Applications: Soybean, groundnut, chickpea, pulse crops.

Potash NPs enhance water regulation, enzyme activation, carbohydrate transport, and overall stress tolerance. Nano-potassium improves fruit filling, sugar accumulation, and drought resistance.

Applications: Sugarcane, banana, potato, cereals, vegetables.

Agricultural Benefits of Nano-Fertilizers

• Boosts crop productivity (10–35% depending on crop)
• Enhances drought, heat, and pathogen resistance
• Improves nutrient retention in soil
• Reduces fertilizer input by 30–50%
• Environmentally friendly with lower toxicity
• Supports precision agriculture
• Suitable for organic and sustainable farming

How Nano-Fertilizers Improve Agricultural Efficiency

1. Nano-Scale Delivery: Penetrate plant stomata and root epidermis easily
2. Slow & Controlled Release: Prevents nutrient losses into the environment
3. Targeted Uptake: High affinity to root surfaces and leaf tissues
4. Improved Soil Health: Less chemical buildup; stimulates microbial communities
5. Compatibility: Can be mixed with humic acids, seaweed extracts, graphene-based soil amendments, and bio-fertilizers

Product Applications

• Foliar sprays
• Soil amendment
• Seed priming
• Hydroponics and fertigation
• Drip irrigation systems
• Nursery and controlled-environment agriculture

Nickel NPs support urea metabolism, seed germination, and enzymatic activation. They help plants efficiently convert urea into usable nitrogen compounds.

Applications: Rice, wheat, nitrogen-intensive crops.

Mo NPs aid nitrogen metabolism, nodulation in legumes, and nitrate reduction, improving plant growth especially under stress conditions.

Applications: Pulses, oilseeds, vegetables.

Boron NPs enhance pollen viability, fruit and seed setting, sugar transport, and cell wall strengthening.

Applications: Fruit crops, cotton, vegetables, flowers.

Zinc NPs are essential for enzyme activation, protein synthesis, hormone regulation (auxin), and improving grain quality.

Applications: Wheat, maize, rice, pulses, vegetables.

Iron NPs correct chlorosis, enhance photosynthesis, and increase plant respiration. Their nano-form rapidly penetrates leaf tissue and root zones to correct Fe deficiencies efficiently.

Applications: Sugarcane, paddy, vegetables, fruit crops.

Copper NPs are powerful micronutrient enhancers with natural antifungal and antibacterial activity. They promote chlorophyll synthesis, improve disease resistance, and support reproductive growth.

Applications: Tomato, potato, grapes, cotton, oilseeds.

Nano-Phosphorus increases energy transfer (ATP), root system development, and early plant establishment. Its nano-size overcomes traditional P-fixation issues in alkaline soils.

Applications: Vegetables, cereals, sugarcane, horticulture.

DAP NPs offer a balanced N–P supply with improved nutrient-use efficiency. Their nano-form reduces fixation in the soil and enhances rapid nutrient assimilation in early growth stages.

Applications: Wheat, rice, maize, cash crops, horticulture.