Urea
Commercially urea is most commonly produced by reacting carbon dioxide with ammonia at 200ºC (392ºF). After reacting, urea is evaporated and processed by prilling or granulating to produce a solid end product. It is used in agriculture, production of various resins, automobile manufacturing, medicine and cosmetics, etc. The provided urea adheres to the international standards.
Commercially urea is most commonly produced by reacting carbon dioxide with ammonia at 200ºC (392ºF). After reacting, urea is evaporated and processed by prilling or granulating to produce a solid end product. It is used in agriculture, production of various resins, automobile manufacturing, medicine and cosmetics, etc. The provided urea adheres to the international standards.
Granular Urea
| Property | Unit | Test Method | Value |
|---|---|---|---|
| Nitrogen Content | wt % | ISO 5315 | 46 Min |
| Moisture | wt % | ISO 2753 | 0.5 Max |
| Biuret | wt % | ISO 2754 | 1 Max |
| Particle Size (2-4 mm) | % | ISO 8397 | 90 Min |
| Formaldehyde | wt % | ISO 6806-1 | 0.55 Max |
Prilled Urea (Grade A)
| Property | Unit | Test Method | Value |
|---|---|---|---|
| Nitrogen Content | wt % | ISO 5315 | 46 Min |
| Moisture | wt % | ISO 2753 | 0.3 Max |
| Biuret | wt % | ISO 2754 | 1 Max |
| Particle Size (1-2.84mm) | % | ISO 8397 | 90 Min |
| Conditioning Agent | Anti-Cake or Formaldehyde Treated | ||
Technical Prilled Urea (Grade B)
| Property | Unit | Test Method | Value |
|---|---|---|---|
| Nitrogen Content | wt % | ISO 5315 | 46 Min |
| Moisture | wt % | ISO 2753 | 0.3 Max |
| Biuret | wt % | ISO 2754 | 1 Max |
| Particle Size (1-2.84mm) | % | ISO 8397 | 90 Min |