Oxygen (O2)

Short Description:

Oxygen is a colorless and odorless gas. It is the most common elemental form of oxygen. As far as technology is concerned, oxygen is extracted from the air liquefaction process, and oxygen in the air accounts for about 21%. Oxygen is a colorless and odorless gas with the chemical formula O2, which is the most common elemental form of oxygen. The melting point is -218.4°C, and the boiling point is -183°C. It is not easily soluble in water. About 30mL of oxygen is dissolved in 1L of water, and the liquid oxygen is sky blue.


Product Detail

Product Tags

Technical parameters

Specification

99.999%

99.9997%

Argon

≤3.0 ppmv

≤1.0 ppmv

Nitrogen

≤5.0 ppmv

≤1.0 ppmv

Carbon Dioxide

≤0.1 ppmv

≤0.1 ppmv

Carbon Monoxide

≤0.1 ppmv

≤0.1 ppmv

THC ( CH4)

≤0.1 ppmv

≤0.1 ppmv

Water

≤0.5 ppmv

≤0.1 ppmv

Hydrogen

≤0.1 ppmv

≤0.1 ppmv

Oxygen is a colorless and odorless gas. It is the most common elemental form of oxygen. As far as technology is concerned, oxygen is extracted from the air liquefaction process, and oxygen in the air accounts for about 21%. Oxygen is a colorless and odorless gas with the chemical formula O2, which is the most common elemental form of oxygen. The melting point is -218.4°C, and the boiling point is -183°C. It is not easily soluble in water. About 30mL of oxygen is dissolved in 1L of water, and the liquid oxygen is sky blue. The chemical properties of oxygen are more active. Except for rare gases and metal elements with low activity such as gold, platinum, and silver, most of the elements can react with oxygen. These reactions are called oxidation reactions. Redox reactions refer to reactions in which electrons are transferred or shifted. Oxygen has combustion-supporting and oxidizing properties. Medical oxygen plays a vital role in hospital treatment and clinical care, such as resuscitation, surgery, and various treatments. Oxygen can also be used as breathing gas for diving after being mixed with nitrogen or helium. Commercial oxygen can be obtained by liquefying and distilling the air in the environment in an air separation plant. . The main industrial application of oxygen is combustion. Many materials that are normally incombustible in air can burn in oxygen, so mixing oxygen with air greatly improves the combustion efficiency in the steel, non-ferrous metals, glass and concrete industries. After it is mixed with fuel gas, it is widely used in cutting, welding, brazing and glass blowing to provide a higher temperature than air combustion, thereby improving efficiency. Storage precautions: Store in a cool, ventilated warehouse. Keep away from fire and heat sources. The storage temperature should not exceed 30°C. It should be stored separately from combustible materials, active metal powders, etc., and avoid mixed storage. The storage area should be equipped with leakage emergency treatment equipment.

Application:

①Industry Use:

Steel making, non-ferrous metal smelting.Cutting metal material.

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②Medical Use:

In first-aid treatment of emergencies such as suffocation and heart attack, in the treatment of patients with respiratory disorders and in anaesthesia.

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③Semiconductor Fabrication:

Chemical vapour deposition of silicon dioxide, thermal oxide growth, plasma etching, plasma stripping of photoresist and carrier gas in certain deposition/diffusion operations.

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Normal package:

Product

Oxygen O2

Package Size

40Ltr Cylinder

50Ltr Cylinder

ISO TANK

Filling Content/Cyl

6CBM

10CBM

/

QTY Loaded in 20’Container

250Cyls

250Cyls

Total Volume

1500CBM

2500CBM

Cylinder Tare Weight

50Kgs

55Kgs

Valve

PX-32A/QF-2/CGA540

Advantage:

 

①More than ten years on the market;

②ISO certificate manufacturer;

③Fast delivery;

④Stable raw material source;

⑤On-line analysis system for quality control in every step;

⑥High requirement and meticulous process for handling cylinder before filling;


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