• OXYGEN • NITROGEN • ARGON • CARBON DIOXIDE • HYDROGEN • ACETHYLENE
They are the gases obtained as a result of the separation of the air in the atmosphere and liquefaction with some advanced methods. Industrial Gases has an important role in metal production, weld-cut, automotive, foods, electronic, glass metallurgy and chemical industries.
In our Dilovası facility, we offer industrial gases, which we fill with precision, to our customers in cylinder-cylinder bundles, liquid cylinders or cryogenic tanks according to customer demands.
Argon
It can be used as an ideal shielding gas even at the high temperatures commonly encountered in metallurgy and arc welding.
Features;
- It is suffocating.
- Odorless.
- There are no warning signs until unconsciousness occurs.
- In high concentrations, it can cause momentary loss of consciousness and subsequent death.
- It is heavier than air.
- It is fireproof.
Oxygen
The oxidation and combustion processes can be accelerated considerably in an oxygen-rich atmosphere compared to normal air. This feature makes oxygen indispensable for the metabolism of many organisms and is therefore also used for many water purification and environmental technology applications.
Features;
- It is oxidizing (corrosive).
- Odorless.
- It is considered non-toxic at atmospheric pressure.
- It does not burn, but it helps and accelerates combustion.
- Must not interact with oil, grease or lubricant.
Nitrogen
It is used to maintain a dry inert atmosphere over chemicals during storage, reaction or processing. In addition, it is used to the food industry, heat treatments, shrink fit applications, metal applications, laser cutting and safely store samples in sample storage areas.
Features;
- It is suffocating.
- Odorless.
- There are no warning signs until unconsciousness occurs.
- In high concentrations, it can cause momentary loss of consciousness and subsequent death.
- It is heavier than air.
- It is fireproof.
Acetylene
Used in welding and the production of chemicals, this gas produces a very high-temperature flame when combined with oxygen. It is a very unstable compound and decomposes by ignition over a wide range of pressure and temperature, so acetylene is stored as a stabilized solution under pressure and dissolves in acetone.
Features;
- It is flammable.
- It smells of garlic.
- Fire and explosion hazard is slightly higher than LPG.
- It needs very little energy to burn in air or with oxygen.
- Since copper forms explosive compounds with acetylene, it cannot be used with high copper and brass alloys.
Carbondioxide
Today, many industrial areas benefit from the inert properties of carbon dioxide as well as its cooling and freezing abilities. In addition, it is used in greenhouses, water purification, gas metal arc welding and plasma cutting.
Features;
- It is suffocating.
- Causes burning in the nose.
- It is heavier than air.
- It accumulates in channels, pipes and lower floors.
- In high concentrations, it can cause momentary loss of consciousness and subsequent death.
Hydrogen
Hydrogen, the only fuel gas that does not contain any carbon atoms, is also used for needs ranging from heat transfer applications to scientific analysis.
Features;
- It is flammable (flammable).
- Odorless.
- It is lighter than air.
- In cases where there is no ventilation near the ceiling, it accumulates at the top of the closed area.
- It has invisible smoke.
- There is a risk of fire and explosion.
- Ignition energy is very low.
- Burns with invisible smoke.
