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Nitric Acid is used for metallurgy, concentrated nitric acid, ammonium nitrate, polyurethane, etc. and is used for textile dyes and pigments which is a raw material of paint, ink, cosmetics, etc.
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: HNO©ý(Nitric Acid)


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: Inorganic acid
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: Adipic acid, MDI, ammonium nitrate, polyurethane, dyes, pigments, metal washing
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- Exterior View : Colorless or lemon yellow stimulus liquid. It is very corrosive, and if it contacts with air, it produces stimulus white gas.
- Molecular Weight : 63.01
- Molecular Formula : HNO3
- Specific Gravity , Boiling Point , Melting Point
| concentration |
Specific Gravity(20¡É) |
Boiling Point(¡É) |
Melting Point(¡É) |
| 60 |
1.367 |
118.3 |
-20.9 |
| 65 |
1.391 |
119.6 |
-29.1 |
| 67 |
1.400 |
119.95 |
-33.5 |
| 68 |
1.405 |
120.05 |
-35.9 |
- Vapor Pressure(mmHg)
| temperature |
50% |
60% |
65% |
70% |
| HNO3 |
H2O |
HNO3 |
H2O |
HNO3 |
H2O |
HNO3 |
H2O |
| 40¡É |
1.13 |
25.0 |
3.1 |
18.1 |
5.7 |
15.5 |
9.65 |
12.8 |
| 50¡É |
2.18 |
42.5 |
5.68 |
31.0 |
10.0 |
26.0 |
16.5 |
21.8 |
- Solubility(Water) : very soluble
- Solubility(Solvent) : It dissolves in ether
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- 60% NITRIC ACID
| HNO3 |
60.0 % min. |
| HNO2(NITROUS ACID) |
0.03% max. |
| Fe |
6 ppm |
| IG-RESIDUE |
0.02% max. |
- 65% NITRIC ACID
| HNO3 |
65.0 % min. |
| HNO2(NITROUS ACID) |
0.03% max. |
| Fe |
6 ppm |
| IG-RESIDUE |
0.02% max. |
- 67% NITRIC ACID
| HNO3 |
66.5 % min. |
| HNO2(NITROUS ACID) |
0.03% max. |
| Fe |
6 ppm |
| IG-RESIDUE |
0.02% max. |
- 68% NITRIC ACID
| HNO3 |
68.0 % min. |
| HNO2(NITROUS ACID) |
0.03% max. |
| Fe |
6 ppm |
| IG-RESIDUE |
0.02% max. |
- 70% NITRIC ACID
| HNO3 |
70.0 % min. |
| HNO2(NITROUS ACID) |
0.03% max. |
| Fe |
6 ppm |
| IG-RESIDUE |
0.02% max. |
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| Density |
Packaging unit |
Method of transportation |
| 60% / 65% |
Bulk |
Tank lorry |
| 68% |
Bulk 30kg / 35kg CAN 280kg Drum |
Tank lorry Container Container |
| 70% |
Bulk |
Tank lorry |
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