Mixture Gases

Bio Gas Mixture

Biogas is the mixture of gases produced by the breakdown of organic matter in the absence of oxygen (anaerobically), primarily consisting of methane and carbon dioxide.

1. 1. CO2 35% to 50%+CH4 65% to 50

Fire Extinguisher Gas Mixture

Sodium bicarbonate, regular or ordinary used on class B and C fires, was the first of the dry chemical agents developed. In the heat of a fire, it releases a cloud of carbon dioxide that smothers the fire. That is, the gas drives oxygen away from the fire, thus stopping the chemical reaction.

1. 1. CO2 8% + Ar 40% + N2 52%
   2. ARGONITE (Ar 50% + N2 50%
   3. Nitrogen 99.999%

Fruit Ripening Gases

Ethylene is a natural plant hormone released by the fruit as it ripens. The use of ethylene gas speed up the ripening of the fruits, Ethylene promotes the ripening of fruits like banana, mango, papaya, pear, pineapple, orange, sweet lime.

1.Ethylene 99.5%

2.5% Ethylene + N2 Balance

Laser Gas Mixture

The laser Gas Mixture that we offer is highly processed using advanced technologies and is suitable for various industrial applications. We make sure that our Laser Gas Mixtures go through a stringent quality check before delivering to the customers. We provide Laser Gas Mixture at market-leading rates.

1.CO2 5% + N2 13% to 55% + Helium Balance

2.CO 2-4% + CO 6-8% + Helium Balance

3.H2 4% + N2 5% + CO2 15% + Helium Balance

4.H2 0.4 + CO 4% + CO2 8% + N2 8% + Helium Balance

5.Neon 8.3-20% + Helium Balance

Lighting Industry Gas Mixture

We offer a premium Lighting Gas Mixture used in industries for multiple applications. Lighting Gas Mixtures, provided by us, are properly packaged in leak-proof cylinders and we make sure that these are quality-tested before dispatch. Our Lighting Gas Mixture is available at competitive rates.

1. 1. 10%, 50%, 70% Argon in Neon
   2. 80%, 98% Argon in Hydrogen
   3. Krypton 10% + Argon Balance
   4. Argon 25% + Krypton Balance
   5. Krypton 74% + Neon 25% + Argon Balance

Special Shield Gas Mixture

Special Shield Gas Mixture – Different shielding gases play an important role in determining weld penetration profiles, arc stability, mechanical properties of the finished weld, the transfer process you use, and more.

1. 1. Argon 20% + Helium Balance
   2. 2% to 30% CO2 + Argon
   3. 2% to 10% Nitrogen + Argon
   4. 2% to 10% Hydrogen + Argon

NOX / SOX Gas Mixture

Nitrogen oxide (NOx) is a chemical compound of oxygen and nitrogen that is formed by reacting with each other during combustion at high temperatures, mainly combustion of fuel such as oil, diesel, gas and organic matter. NOx is a common designation of nitrogen oxides NO and NO2

Sulphur dioxide is a colourless gas with a sharp odour. Sulphur oxides dissolve easily in water and form sulphuric acid, which is an acidic solution. Sulphur dioxide is used within the industry for example as bleach, disinfectant and preservation of food.

1. 1. SO2 5ppm-20 ppm + Nitrogen
   2. SO2 100ppm-999 ppm + Nitrogen
   3. SO2 0.1%-12% + Nitrogen

P-10 Gas

Gas flow proportional detectors are normally used to detect longer wavelengths. They are filled with gas, typically a gas mixture of 90% argon & 10% methane (called “P 10”). The argon is ionized by incoming X-ray photons, and the electric field multiplies this charge into a measurable pulse

Regeneration Gas Mixture for Globe Box

Regeneration gas desorbs molecular sieve beds chromatographically in the reverse order of the adsorption bed. For example, adsorbed methane and ethane would be desorbed first, then propane and heavier hydrocarbons, then carbon dioxide. This is followed by any hydrogen sulfide that might have been in the inlet gas and, lastly, by the water. The effect of the concentration of these impurities in the regeneration gas stream may be significant when regeneration gas is 10-15% of the net inlet gas.

TIG Welding Gas

The normal gas for TIG welding is argon (Ar). Helium (He) can be added to increase penetration and fluidity of the weld pool. Argon or argon/helium mixtures can be used for welding all grades. … For instance, the addition of hydrogen gives a similar, but much stronger, effect to adding helium.

Electronic Grade Gases

The gases used in the electronics industry are often the same molecules used in other industrial gases. For example oxygen, argon or nitrogen. The difference is that they will be supplied at extremely high purity. Whilst an industrial grade of nitrogen might be 99.98% pure, nitrogen supplied to the electronics sector might be 99.9999% pure.

Regeneration Gas Mixture for Globe Box

Regeneration gas desorbs molecular sieve beds chromatographically in the reverse order of the adsorption bed. For example, adsorbed methane and ethane would be desorbed first, then propane and heavier hydrocarbons, then carbon dioxide. This is followed by any hydrogen sulfide that might have been in the inlet gas and, lastly, by the water. The effect of the concentration of these impurities in the regeneration gas stream may be significant when regeneration gas is 10-15% of the net inlet gas.