IFFCO Nano Urea (Liquid) - Revolutionary Nanotechnology-Based Agri-Input

About the Product

IFFCO Nano Urea (Liquid) is an innovative nanotechnology-based agricultural input designed to provide essential nitrogen to plants. Unlike conventional urea prill, Nano Urea boasts a desirable particle size of 20-50 nm, offering a significantly larger surface area and more particles per unit. This advanced formulation ensures efficient nitrogen delivery and absorption, enhancing crop productivity and sustainability.

Benefits

• Energy Efficient Production: Produced through an environmentally friendly process with reduced carbon footprints.
• High Nutrient Use Efficiency: More than 80% availability to crops, significantly higher than conventional urea.
• Enhanced Crop Productivity: Foliar application increases crop yield by up to 8%, promoting better soil, air, and water quality.
• Economic Gains for Farmers: Improved nutrient efficiency and crop yield result in increased profitability for farmers.

Technical Content

• Active Ingredient: Nano Urea (4.0% total nitrogen w/v)
• Particle Size: 20-50 nm
• Surface Area: 10,000 times greater than conventional urea prill
• Number of Particles: 55,000 nitrogen particles over 1 mm urea prill
• Certification: Notified by Fertilizer Control Order (FCO, 1985), Government of India

Dosage

• Recommended Dosage: Mix 2-4 ml of Nano Urea (4% N) in one liter of water.

Application Method

IFFCO Nano Urea (Liquid) is recommended exclusively for foliar application during critical growth stages of crops:

• 1st Spray: Apply at the active tillering/branching stage, which is 30-35 days after germination or 20-25 days after transplanting.
• 2nd Spray: Apply 20-25 days after the first spray or before the flowering stage.

Instructions for Use:

1. Mix the recommended dosage with water.
2. Use flat fan or cut nozzles to ensure uniform spraying on crop foliage.
3. Spray during morning or evening hours, avoiding dew to maximize absorption.
4. Repeat the spray if it rains within 12 hours of application.