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International Industrial Gases possesses the facility to produce any stable non explosive mixture of gases or gaseous vapors with any concentration within the permissible limits of Physics and Chemistry. IIGL also produces liquid mixtures pressurized by an inert gas.

Calibration mixtures play a crucial role in many industries including steel, chemical, mining, petrochemical, electricity generation, gas, environmental protection as also in hospitals and research establishment. In all these cases, highly sophisticated and extremely expensive instruments are used to monitor and control reaction, reduce cost, meet essential standards and frequently save life. The accuracy of these instruments is a direct function of the accuracy of the Calibration Gases-the more precise the instrumentation, the greater the need of accuracy of the calibration gases. Ideally, one always desires to use the most accurate gas standard available. However, cost of the mixture rises dramatically with the rate of difficulties in preparing them and the analytical accuracy required. IIGL is well equipped with all the necessary infrastructure to meet the customer needs.

3. Food Packaging
N₂ + CO in Oxygen
Nitrogen in CO₂
CO₂ in Oxygen
O₂ + N₂ in CO₂
Pure Nitrogen

4. Metallurgical Mixtures
Hydrogen in Nitrogen
CO + O₂ in Nitrogen
CO₂, CO, O₂, H₂, Air in Nitrogen

5. Medical Gases

Blood Gas Analysis Mixtures
Carbon Dioxide + N₂
CO₂ + O₂
CO₂ + O₂ + N₂

Lung Diffusion Test Mixtures
1000 PPM CO in O₂/N₂ Mixtures
CO + Helium in O₂/N₂ Mixture

Biological Atmospheres
Anaerobic Growth Mixtures
H₂ + CO₂ + N₂

Aerobic Growth Mixtures
CO₂ + O₂
*CO₂ + N₂ + Helium

Pulmonary Function Test Mixtures
CO + Helium + Of + N₂ Bal

6. Petrochemicals & Refineries
CO₂ + N₂
H₂ + N₂
CO + N₂
Methane + Air
Propane + Propylene
Propylene + Hydrogen + CO
Ethylene + Hydrogen + Propane + Propylene

Ethane + Ethylene + Propylene + Butane + Nitrogen

I-Pentane + N - Ethane + Methane + I- Butane + N - Butane + Ethane + Propane

Ethylene + Ethane + Argon + Methane + CO + CO₂ + N₂ + H₂

Hexane + Propylene + Propadiene + Trans-2-Butane + cis2-Butane + 1,3-Butadiene + 1- Pentane + Acetylene + 1- Butane + N- Butane + Nitrogen + CO₂ + Propane + H₂ + Ethylene + Ethane + Methane

8. Laboratory Gases
Gas Chromatograph with FID
Carrier Gas : Helium + Nitrogen
Fuel Gas : H₂ in N₂/He
Calibration Gas : 10 ppm CH₄, 10 ppm C2H6, 10 ppm 1- 4H10

Gas Chromatograph with ECD
Carrier Gas : Methane in Argon, H₂ in Helium, N₂, Argon
Calibration Gas : 100 ppm Chlorine in N2

Nuclear Counter
10% CH₄ in Argon, 1.3% Butane in Helium, 1.5% Propane in Helium

Inductively Coupled Plasma
Carrier Gas : Argon 5.0 and Liquid

Total Hydrocarbon Analyzer
Fuel Gas : H₂ in N₂/He
Oxidizer : Zero Air
Calibration Gas : Methane in Air/N₂/Argon

Atomic Absorption Spectrometry
Fuel Gas : Acetylene, Hydrogen, Propane
Oxidizer : Zero Air
Calibration Gas : Methane in Air/N₂/Argon

Dedicated Analyzers
CO Analyzer : CO in Nitrogen
Trace Oxygen Analyzer : O₂ in N₂
Oxygen Analyzer : O₂ in N₂
Sulphur Dioxide Analyzer : SO₂ in N₂
Carbon Dioxide Analyzer : CO₂ in N₂
Nitrogen Analyzer : N₂ in Argon
Zero Setting : Zero Nitrogen, Zero Argon, Zero Oxygen, Zero Hydrogen, Zero Air
Explosimeter : Propane, Methane, CO Mixtures in Air

Exhaust Emission & Atmosphere Pollution Control Gas Mixtures
CO in N₂
CO₂ in N₂
Nitric Oxide in N₂
Nitrogen Dioxide in N₂
Sulphur Dioxide in N₂
Hexane in N₂
Propane in N₃
Propane + CO in N₂
Propane + CO + CO₂ in N₂
CO + CO₂ in N₂
Hydrocarbon + CO₂ + Nitric Oxide + CO₂ in Purified Air
Hydrocarbon + CO + Nitric Oxide + CO₂ in Purified Air
Fuel Gas : Hydrogen in Air, Hydrogen in Helium CO₂ + CO + Propane in N₂
Synthetic Air and Zero Air

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