Agriculture Fertilizer

Urea Ammonium Nitrate (UAN) is a liquid fertilizer that contains nitrogen and is used to help plants grow. It's made by mixing urea, nitric acid, and ammonia in water. 

How it's used

• UAN is applied to crops using irrigation systems, such as drip, sprinkler, flood, or furrow. 
• UAN can also be mixed with herbicides, pesticides, and other nutrients. 
• UAN is a popular choice for farmers because it's easy to apply and transport. 
• Benefits of UAN
• UAN provides both quick and slow-release forms of nitrogen to plants. 
• UAN can be applied in pre-plant plow-down programs, injected or banded in the soil. 
• UAN is compatible with other fertilizers and many chemicals. 
• Safety
• UAN is a flammable material that should be handled with care. 
• It should be stored in a cool, dry place and away from heat sources and flames. 
• UAN can cause fire or explosion if allowed to dry. 
• UAN concentration
• The most used type of UAN is UAN 32, which contains 32% nitrogen. 

Our commitment to quality is unwavering, offering a diverse range of high-quality Granular fertilizers such as Urea, DAP, CAN, MOP, MAP, SOP, and a variety of NPKS Grades.

Granular urea is a fertilizer that's made from ammonia and carbon dioxide and contains 46% nitrogen. It's the most common solid nitrogen fertilizer used globally. 

Benefits 

• High nitrogen content
• Completely soluble
• Minimizes losses to the environment
• Clean, even-sized granules
• Uses 
• Can be applied directly to the soil
• Can be mixed with other fertilizers, such as phosphate and/or potash
• Can be used as a foliar spray for some plants
• Application 
• It's important to incorporate urea fertilizer into soil rather than leaving it on top
• Urea can be mixed with calcium cyanamide, mono- or diammonium phosphate, or sulphate of potash
• It's not recommended for mixing with superphosphate fertilizers
• Safety 
• Not expected to present an explosion hazard due to mechanical impact
• Production 
• Granules can be produced by prilling or by granulation in a drum granulator or in a pan granulator

Urea Assay (wt %) 98.0 min Mass portion of nitrogen (N) on a dry basis, %min 46.2 Mass portion of Biuret, %, max 0.71 Ferrum % 0.0007 Apparent Density (Kg/m3) 770–809 Kg/m3 Free Ammonia 160 PXT PPM maximum Sulphates % 0.0079 Alkalinity % 0.022 Arsenic % 10ppm Cadmium 3ppm Mercury 0% Selenium 0.4ppm Chromium 430ppm Insoluble (ppm) 20 Granulation 0.85–3.35 mm not less than 90% Physical State Solid at 20 ºC, 101 KPA White Granules  Physical Presentation White Granular Specific Gravity – 1.335t/m Molecular Weight 60.065 Critical/relative Humidity (30 ºC) 73% Solubility in water at 20 ºC 100gm/100ml of water Anti–Caking Agent Free Floating Treated Against Anti–Caking Treatment Additive None PH (10 wt% solution) 7.5–10.0 Units Moisture (determined by Fischer method), % max: 0.5% max by method of drying Dimension Less than 1 mm: Absence Melting Point 132 ºC Color Standard White or Pure White Quality Free Flowing, Non Clotted, Free From Harmful Substances Salinity Index 75.4  2 to 5 mm 95%  1 to 4 mm –