Prilled Urea and Granular Urea

Formula

 

Description

Urea is the most popular and economical of all nitrogenous fertilizers being used worldwide. Urea has a nitrogen content of 46%, a higher concentration than this is available in other solid sources of nitrogen. Unlike phosphate and potassium fertilizers, which normally require a single application, urea needs to be applied several times during the growing season. Urea is an ideal source of nitrogen for all kinds of crops (wheat, barley, rice, maize etc.) In addition, urea is a major raw material for melamine, and an important raw material for the manufacture of other industrial products. SABIC
produces and markets both Prilled and Granular Urea, thus giving customers a flexible choice to suit their requirements.

Properties

UnitQuantity / Description
Spherical shapegranules
Melting point°Caround 132
Molecular weightamu60

Specifications

Granular Urea specifications

UnitQuantity
Total nitrogenwt %46 min
Biuret contentwt %1% max
Formaldehyde (HCHO)wt %0.45 min
Crushing strengthkg2 min
Moisturewt %0.5 max
Particle sizewt %2-4 mm....90% min

> 4 mm....7% max

+2.8 mm....60% min

Prilled Urea specifications

UnitQuantity
Total nitrogenwt %46 min
Biuret contentwt %≤ 1
Moisturewt %≤ 0.5
Particle sizewt %

1-2.8 mm....90% min

Hazards and safety

The product is relatively safe and chemically stable. When it decomposes it produces hydrogen cyanide, ammonia, oxides of nitrogen and carbon. As a dust, it may form an explosive mixture with air.

Applications

Broadcasting or in irrigation water (fertigation); best if split applied at least three times throughout the growing season; suitable for all crops across a wide range of environmental conditions.

Storage and handling

The product is normally stored in bulk and in bags.

Packaging

The product is mainly exported in bulk. Also, in 1000 and 50 kg bags.

Operating companies

Saudi Arabian Fertilizer Company (SAFCO).

National Chemical Fertilizer Company (IBN AL-BAYTAR).

Al-Jubail Fertilizer Company (ALBAYRONI).

رجوع