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Indane NANOCUT
For high-temperature Industrial applications.
Indigenously developed Proprietary additive formulation.
Additive enhances the effectiveness of LPG as cutting gas.
Indane-Nanocut provides Industrially Acceptable and Safe Alternative to Oxy-Acetylene based Cutting applications.
Oxy Acetylene v/s Indane NANOCUT
Conventionally metal cutting involves usage of Oxy Acetylene mixture
Indane Nanocut is evolved through extensive field trials and testing by various laboratories, establishing superior performance
ATTRIBUTES OF INDANE NANOCUT
Particulars |
Propane |
n- Butane |
INDANE LPG |
Acetylene |
INDANE NANOCUT |
PHYSICAL PROPERTIES OF GASEOUS FUELS |
|
|
|
|
|
Chemical Formulae |
C3H8 |
C4H10 |
n-Butane & Propane Mix |
C2H2 |
Additized Butane-Propane Mix |
Max. Vapour Pressure in kPa at 40 oC |
1550 |
520 |
1050 |
6000 |
1050 |
Liquid density at 1.013 bar & at boiling point (kg m-3) |
580.88 |
601.26 |
560.54 |
378.2 |
560.54 |
Specific gravity of gaseous phase air=1 |
1.55 |
2.08 |
1.75 |
0.91 |
1.75 |
Boiling Points at 1.013 bar (oC) |
-42.11 |
-0.49 |
-2 |
-84.7 |
-2 |
Liquid/ Gas equivalent at 1.013 bar and at 15 0C (vol/ vol) |
306 |
236 |
270 |
663 |
270 |
COMBUSTION PROPERTIES |
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|
|
|
Auto Ignition Temperature |
480 / 896 |
405 / 761 |
488 / 910 |
325 / 617 |
488 / 910 |
(oC/ 0F) |
|||||
Ideal combustion Ratio (Oxygen to Gas) |
4.3: 1 |
5.1:1 |
4.7: 1 |
1.2;1 |
4.7: 1 |
Ideal combustion Ratio (Air to Gas) |
20.5:1 |
24.3:1 |
22.4:1 |
5.7:1 |
22.4:1 |
Gross calorific value in MJ m-3 |
101 |
133 |
117 |
59 |
117 |
Adiabatic Inner flame temperature in Oxygen (oC)* |
2588 |
2596 |
2594 |
3200 |
3100 |
Inner flame temperature in air (oC)* |
2034 |
2039 |
2037 |
2500 |
2650 |
Max. Inner flame temperature (oC)# |
-- |
-- |
1934 |
-- |
>>2300 |
HSE DATA |
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|
|
|
|
Backfire tendency |
Low |
Low |
Low |
High |
Low |
Shock Sensitivity |
Stable |
Stable |
Stable |
Unstable |
Stable |
Toxicity |
Low |
Low |
Low |
Low |
Low |
Flammability limits in air (%) |
2.20-9.50 |
1.50-8.50 |
1.80-9.50 |
2.40-83.00 |
1.80-9.50 |
Flammability limits in Oxygen (%) |
2.40-57.0 |
1.60-51.0 |
2.40-57.0 |
3.0-93.0 |
2.40-57.0 |