We are a reliable Supplier and Exporter of Urea N46. It is a fertilizer containing 46.6% of nitrogen. The Urea N46 we make available is produced by the reaction of ammonia and carbon dioxide under high pressure. Bulk orders of it are processed by us as per the specific requirements of the buyers. 

Details
It is produced by the reaction of Ammonia and Carbon dioxide under high pressure, both feedstock being supplied by the ammonia plant. The urea produced in solution is turned into a solid fertilizer of spherical granules, in the final section of urea plant called granulation unit.

Specifications

Prilled Urea

• Nitrogen: 46 Pct Minimum
• Biuret: 1 Pct Maximum
• Moisture: 0.5 Pct Maximum
• Particle Size: 1-2.8 mm : 90 Pct Min.

White, Prilled, Free Flowing and Free from harmful substances at time of loading.

Granular Urea

• Nitrogen : 46 Pct Minimum
• Biuret : 1 Pct Maximum
• Moisture : 0.5 Pct Maximum
• Particle Size : 2-4mm : 90 Pct Min.

White, Granular, Free Flowing and Free from harmful substances at time of loading.

We are a reliable Supplier and Exporter of Urea N46. It is a fertilizer containing 46.6% of nitrogen. The Urea N46 we make available is produced by the reaction of ammonia and carbon dioxide under high pressure. Bulk orders of it are processed by us as per the specific requirements of the buyers. 

Details
It is produced by the reaction of Ammonia and Carbon dioxide under high pressure, both feedstock being supplied by the ammonia plant. The urea produced in solution is turned into a solid fertilizer of spherical granules, in the final section of urea plant called granulation unit.

Specifications

Prilled Urea

• Nitrogen: 46 Pct Minimum
• Biuret: 1 Pct Maximum
• Moisture: 0.5 Pct Maximum
• Particle Size: 1-2.8 mm : 90 Pct Min.

White, Prilled, Free Flowing and Free from harmful substances at time of loading.

Granular Urea

• Nitrogen : 46 Pct Minimum
• Biuret : 1 Pct Maximum
• Moisture : 0.5 Pct Maximum
• Particle Size : 2-4mm : 90 Pct Min.

White, Granular, Free Flowing and Free from harmful substances at time of loading.