FSiix Resources sources and trades Urea N46 — the world's most widely used nitrogen fertiliser — in both granular and prilled form, for buyers across agriculture, NPK blending, and industrial nitrogen chemistry. Supply is structured for bulk monthly offtake, backed by standard trade documentation and letter-of-credit payment terms.
Urea (CO(NH₂)₂) carries the highest nitrogen content of any solid fertiliser, making it the most cost-efficient way to deliver nitrogen to soil per tonne shipped. N46 denotes the standard 46% minimum nitrogen content traded internationally, available in both granular (larger, harder granules suited to mechanical spreading and blending) and prilled (smaller, rounder form) presentations.
FSiix structures Urea N46 supply on FOB or CIF Incoterms 2020, sourced from established origin production including China-origin material, with payment against letter of credit or DLC and standard shipping documentation for smooth destination clearance.
Origin production facilities in FSiix's urea network follow the standard nitrogen fertiliser synthesis route, from natural gas feedstock through to the finished, market-ready product.
Natural gas is reformed and reacted with nitrogen from air under the Haber-Bosch process to produce anhydrous ammonia, the base nitrogen feedstock.
Ammonia reacts with carbon dioxide under high pressure and temperature to form urea melt, which is then purified to reduce biuret content.
Urea melt is formed into granules or prills, cooled, screened to size, and bagged or loaded in bulk, with quality tested before despatch.
The highest-nitrogen-content solid fertiliser in common trade, urea underpins agricultural and industrial nitrogen chemistry alike.
Each shipment is backed by quality certification against the agreed spec, with standard shipping documents for smooth destination clearance.
FOB or CIF contracts under Incoterms 2020, with payment against letter of credit or DLC, structured to support both spot and long-term contract volumes.
Active market engagement across the UAE, Oman, Saudi Arabia, Kuwait, Ethiopia, Rwanda, Tanzania, and Zimbabwe, with onward sales lanes into South Asia.
Urea pricing tracks global gas feedstock costs and regional planting-season demand, with benchmarks like China FOB and Middle East FOB moving independently.
Urea N46 FOB/CIF pricing varies by origin, form (granular vs. prilled), and prevailing planting-season demand, so we don't publish a static reference price here — contact our trading desk for a current quotation against your required volume and destination.
Supplying capacity is 100,000 MT per month, packed in 50 kg bags or bulk, with payment structured against letter of credit or DLC and standard shipping documentation.
Specifications reflect standard trade-grade parameters for buyer reference. A Certificate of Analysis and SGS pre-shipment inspection report are issued per shipment lot; buyers are advised to confirm lot-specific figures against these documents before contract finalisation.
Both presentations meet the same N46 minimum, but how each is formed drives real differences in strength, handling, and end use.
The distinction between prills and granules stems from how they cool and solidify. Prills form when droplets of liquid urea fall through a cooling tower, solidifying from the outside inward. Granules are built up in a fluid-bed or rotating drum, spraying liquid urea onto small seed particles in concentric layers — similar to an onion.
Both forms meet standard N46 specifications (46.0% nitrogen minimum), but process variations create subtle chemical distinctions worth knowing before you specify a form.
Granular urea is the global standard for direct soil broadcasting. Its larger, heavier particles allow broad swaths when spread with mechanical equipment and resist wind drift.
Prilled urea is lighter and prone to drift in windy field conditions, but its high solubility makes it the preferred choice for fertigation and liquid fertiliser blends.
Granular urea is preferred for long-distance maritime export. Its high crush strength lets it withstand being stacked deep inside vessel holds without breaking down into dust or caking into solid blocks.
Prilled urea requires careful handling in bulk transit due to its friability, and is often shipped shorter distances or bagged for local distribution.
Prilled urea is heavily used in industrial processes — melamine synthesis, technical resins, de-icing agents, and Diesel Exhaust Fluid / AdBlue feedstock — where rapid, complete dissolution in water or liquid reactors is required without leaving undissolved cores.
Tell us your required volume, form (granular or prilled), destination port, and delivery window, and the FSiix Fertilisers & Chemicals desk will respond with sourcing options and a current quotation.