UN 1942 Ammonium Nitrate(PPAN/CPAN)
CAS No.: 6484-52-2 | Other Names: Ammonia Nitrate | MF: NH4NO3 |
EINECS No.: 229-347-8 | Place of Origin: Hubei China (Mainland) | Application: Fertilizer,Oxidizing Agent |
Brand Name: YoYo | Model Number: N 34.6% | Color:: White |
Technology: KT Process | Form:: Porous Prill | UN No.:: 1942 |
Customized Design:: Welcome | Sales Target:: To all countries |
Packaging Detail: | 1. 25/50/1000kg bag.Double bag,inner PE,outer woven bag ; 2. Also we could supply packing according to the customer's requirement. |
Delivery Detail: | 15 days after receiving payment or L/C |
1.UN 1942 Ammonium Nitrate(PPAN/CPAN)
2.MF:NH4NO3
3.HS Code:31023000
4.CAS:6484-52-2
5.IMO Class:5.1 Class
1.UN 1942 Ammonium Nitrate(PPAN/CPAN)
2.MF:NH4NO3
3.HS Code:31023000
4.CAS:6484-52-2
5.IMO Class:5.1 Class
6.White Porous Prill or Crystals
7.UN No.:1942
8.Export to USA,AU,MU,TZ,Mali etc.
9.QUALITY SYSTEM CERTIFICATE
10.KT Process
Polyporous Prilled Ammonium Nitrate (PPAN)
The production of PPAN adopts the technology of KT , and the product is characterized by low content of water, anti-caking, high crushing strength, high oil absorption and high detonation speed of over 3200m/s after being transformed into ammonia-oil by mixing with the fuel oil.
Items | Specification | Results |
Physical Appearance | * White in crystalline Form * Free from any visible impurities | PASS |
Purity | 99.5% minimum; | 99.6% |
N purity on dry basis | 34.6% minimum; | 34.7% |
Density | ˜ 0.76 – 0.83 g/cm3 | 0.79 g/cm3 |
Free Moisture | 0.3% maximum | 0.09% |
Oil Absorption (Fuel Oil # 02) | 7% minimum | 14.2% |
Organic Coating | 0.1% maximum | Not detected |
pH (10% aqueous solution) | About 4.0 | 5.2 |
*Heat Stability at 80 oC (By Able Heat Test Apparatus) | 30 Minutes minimum; | 35 Minutes |
Size φ0.5~2.5mm | 90% | 96% |
Conclusion:The batch tested complies with GB2945-89 |
Usages Area
(1) Fertilizers.
This is due to its high nitrogen content—a desirable feature for fertilizers, as plants require nitrogen to make proteins—and inexpensive industrial manufacture.
(2) Preparation of nitrous oxide (N2O):
NH4NO3(aq) -> N2O(g) + 2H2O(l)
(3) Oxidizing Agent