Nitrogen (N2) - Nitrogen Gas Definition - Nitrogen Symbol - What is Nitrogen
Nitrogen is an odourless, tasteless and colourless gas at standard temperature and pressure. Nitrogen atoms typically bond with another nitrogen atom forming the N2 nitrogen molecule. You find nitrogen in many explosives because of the strength of this molecular bond.
Dinitrogen is a diatomic gas, with 2 trivalently-bonded nitrogen atoms and a molecular formula of N2.
Nitrogen symbol is N2. Nitrogen atomic number is 7.
Nitrogen gas is also very versatile. Nitrogen gas can be used to inflate tyres, replace oxygen in food packaging and purge dangerous gas from enclosed spaces whilst liquid nitrogen can fast freeze food and is even used in some medical procedures.
Nitrogen gas (N2) is supplied in G2 and E2 nitrogen cylinder sizes.
Nitrogen Uses - What is Nitrogen Gas Used For - Industrial Nitrogen
Industrial nitrogen gas is used for nitrogen in tyres. Industrial nitrogen uses also include the production of ammonia (NH3), a colorless gas used in making fertilizers. Ammonia is also used as a disinfectant.
Nitrogen in Tyres
Industrial nitrogen in tyres (tires) is used to fill tyres, in lieu of air. It aids in longer lifer by reducing oxidation. Pressure retention is also superior, providing better wear and petrol mileage. Nitrogen in tyres is supplied in G2 and E2 nitrogen cylinder sizes.
Industrial Nitrogen is Used for Purging - What is Nitrogen Purging
Nitrogen purging is an industrial procedure used to replace unwanted or hazardous gases with an inert dry gas - nitrogen. Industrial nitrogen for purging is supplied in G2 and E2 nitrogen gas cylinder sizes. Nitorgen can be used to purge air (oxygen) to reduce oxidation. It can also be used to purge things like LPG tanks, to make them safe from any possible explosion.
Is Nitrogen Flammable
Nitrogen is not flammable. Nitrogen will not burn by itself nor support combustion. Nitrogen, when combined with oxygen as air, will support combustion.
Nitrogen is flammable with oxygen or air, and has a flammable range of from 4.1% to 74.2%, by volume in air. A mixture of 10% to 65% hydrogen by volume in air will explode if ignited. Hydrogen will combine with nitrogen, under the proper conditions, to form ammonia.
Density of Nitrogen at STP
Density of nitrogen is 1.2506 g/L at 0°C (32°F) at 1 atm.
Nitrogen Properties - Industrial Nitrogen Facts
The following are some of the more important nitrogen properties and industrial nitrogen facts:
Nitrogen melting point is −210.00°C (−346.00 °F)
Boiling point of nitrogen is −195.795°C (−320.431°F)
Condensation temperature of nitrogen is −195.795°C (−320.431°F)
Nitrogen can also be compressed into a liquid without reducing the temperature.
Nitrogen becomes a frozen solid at -210°C (-346.00°F).
Nitrogen expansion ratio of nitrogen liquid to gas is 1:694 at 20°C
Nitrogen makes up 78.1% of our atmosphere.
Nitrogen is odourless and colourless
Nitrogen is inert
Industrial nitrogen is supplied in G2 and E2 nitrogen gas cylinder sizes.
Is Nitrogen Explosive
Nitrogen is not explosive nor flammable. Nitrogen is inert and extremely stable.
Where to Buy Nitrogen Gas
This is where to buy nitrogen gas. We have free next day delivery and great nitrogen gas prices. Just ring us toll free on 1800 782 742 and order your gas today.
Nitrogen Bottles Sizes - Nitrogen Gas Cylinder Sizes
The smallest nitrogen bottle we offer at Stargas is an E2 nitrogen bottle sizes which contains ≈ 4.5m3 at (20000kPa) and a weight of 24.5kg. In comparison, a G2 nitrogen bottle sizes contain ≈ 9.1m3 at (20,000kPa) and a weight of 54kg.
Nitrogen bottle sizes (nitrogen cylinder sizes) are steel vessels for storing the compressed nitrogen gas. The gas contents of nitrogen gas bottle sizes (nitrogen cylinder sizes) are measured in cubic metres (m3). The nitrogen bottle size outlet connection is AS 2473 Type 50. Larger commercial users have bulk nitrogen tanks.
G2 nitrogen bottle sizes contain ≅ 9.1m3 at (20,000kPa)
E2 nitrogen bottle sizes contain ≅ 4.5m3 at (20000kPa)
Nitrogen Bottle Sizes Chart - Nitrogen Gas Cylinder Sizes Chart
Nitrogen bottle sizes (nitrogen gas cylinder sizes) are shown in the chart below, including nitrogen gas bottle sizes and dimensions:
Nitrogen Bottle Sizes - Nitrogen Gas Cylinder Sizes Chart
|Nitrogen Bottle Sizes - Nitrogen Gas Cylinder Sizes||Nitrogen Bottle Sizes: Contents||Nitrogen Bottle Sizes: Diameter||Nitrogen Bottle Sizes: Height||Nitrogen Bottle Sizes: Tare Weight|
|G2 nitrogen gas cylinder sizes||
|E2 nitrogen gas cylinder sizes||
|Actual dimensions and tare weights may vary by Nitrogen Bottle Sizes & Nitrogen Gas Cylinder Sizes|
Nitrogen Price - Nitrogen Cylinder Price
Nitrogen price or nitrogen cylinder price can vary by volume and location. Please contact us for a Fast Online Nitrogen Price Quotation.
Nitrogen Gas Cylinder Sizes - Industrial Nitrogen Gas Bottle Size Hire & Refill
Nitrogen gas cylinder sizes include G2 and E2 sizes. G2 nitrogen gas cylinder sizes contain ≈ 9.1m3 at (20,000kPa). E2 nitrogen gas cylinder sizes contain ≈ 4.5m3 at (20000kPa). Get industrial nitrogen gas cylinder sizes hire and nitrogen gas refill in all nitrogen gas cylinder sizes.
Is Nitrogen Poisonous
Nitrogen is not poisonous. Whilst not poisonous, pure nitrogen is an asphyxiant, due to the lack of oxygen. Contact with liquid nitrogen can cause cold burns and frostbite.
Chemical Equation for Nitrogen Gas - Is Nitrogen Gas a Compound
The chemical formula and elemental symbol of the Nitrogen is N. The molecular formula for Nitrogen gas is N2. So, nitrogen gas is a single element and not a compound.
Nitrogen Composition in Air
Nitrogen composition in air is 78.1% of our atmosphere. Nitrogen is the most common gas in air, followed by oxygen at 20.95%. The rest are all less than 1%, with argon at 0.93%, carbon dioxide at 0.04% and just small traces of other gases.
Where Do We Get Industrial Nitrogen From - Air Separation Unit (ASU)
We get industrial nitrogen from the air around us. Air separation plants use cryogenic distillation to isolate the nitrogen. The process that chills the air to extremely low temperatures so the component gases (nitrogen, oxygen, argon, xenon, neon and krypton) can be separated. An air separation unit (ASU) is a major industrial plant for producing large commercial quantities of nitrogen (see accompanying image).
There are other processes that can be used including membrane based generators and pressure swing absorption (PSA) generators. Both of these techniques use fairly small sized equipment that can be used as on-site nitrogen generators.