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Urea Granules 99% Lab Grade

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Article code
URPL
CAS
57-13-6
Grade
Lab Grade
Purity
99.0-100.5%
Category
Other laboratory materials

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Properties

Article / SKU
URPL
CAS
57-13-6
Assay
99.0-100.5%
Grade
Lab Grade
Color
As reported
Physical form
Solid
Appearance
White
Odor
Ammonia-like
pH
7 - 10 (10% solution)
Melting point
132°-135°C
Boiling Point
Decomposes below BP
Vapor pressure
0.002 hPa (750°C)
Solubility
590 g/l (20°C)
Molecular formula
CH 4 N 2 O
Molecular weight
60.06
Ammonium (NH4)
<150 ppm
Autoship Available
Yes
Chloride (Cl)
0.01%
Heavy metals
0.00%
Iron (Fe)
<2 ppm
Nitrogen Compounds
>46.0 wt%
Pillar
Essential
Residue after evaporation
<20 ppm
Silica (SiO2)
<10 ppm
Sulfate (SO4)
0.01%

Packaging options — size and article

SizeArticle / SKU
10kgURPL-10KG
2.5kgURPL-2.5KG
25kgURPL-25KG
500gURPL-500G
50lbURPL-50LB
1lbURPL-1LB
1kgURPL-1KG
5kgURPL-5KG

Packaging options

  • 10kg
  • 2.5kg
  • 25kg
  • 500g
  • 50lb
  • 1lb
  • 1kg
  • 5kg

Details

Urea Granules 99% Lab Grade

Urea, also known as Carbamide , Carbonyldiamide , and Isourea , has the chemical formula CH 4 N 2 O or CO(NH 2 ) 2 . It appears as colorless to white prills, granules, pellets, or crystals with no odor, but can gradually develop a slight Ammonia odor in the presence of moisture. It possesses a cooling saline taste and is freely soluble in Water and Alcohol at ambient conditions. When heated to decomposition, it emits toxic fumes of Nitrogen Oxides. Commercially, it is produced by reacting Ammonia, Carbon Monoxide, and Sulfur in Methanol. It is also produced by combining liquid Ammonia and liquid Carbon Dioxide under a pressure of 1750-3000 psi and a temperature of 160- 200 °C to form Ammonium Carbamate (NH 4 CO 2 NH 2 ). Ammonium Carbamate undergoes decomposition at lower pressure to Urea and Water.

Chemically pure or Laboratory Reagents are the two terms often used to describe Lab Grade chemicals. Lab Grade chemicals do not meet any accepted quality or purity requirements such as the ACS Grade, the USP Grade, and the FCC Grade, despite their acceptable purity.

Common Uses and Applications

Synthesis of urea-formaldehyde resin

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