TECHNICAL GASES

INDUSTRIAL TECHNICAL GASES

Gases are needed for various purposes in the food, medical, metallurgical, coal, chemical industries, as well as for construction and remediation work.

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Gas blends

One of the most significant technological processes is welding with gas mixtures.

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CRYOGENIC LIQUIDS

Cryogenic products are widely distributed and we regularly work with repeat customers.

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Gases

In many industries it is impossible to do without the use of gases, which are widely used in the food, medical, metallurgical, coal, chemical industries, as well as in construction and remediation work.

Technical gases play an important role in achieving and maintaining high temperatures in furnaces, welding of metals and polymers, cryogenic treatment of products and other processes.

All our products are guaranteed to be manufactured with state-of-the-art equipment. Due to our own production base we can offer the lowest prices for all types of gases.

High purity gases are widely used in the food industry for food preparation and storage, in scientific research using lasers, and in medical procedures. They are also required for metal processing, light bulb production, nuclear and cryogenic applications. Our products comply with all necessary quality standards and have the appropriate documentation to meet production and storage regulations

Argon high grade

Technical gas argon is intended for use as a shielding medium for welding, laser cutting, melting of active and rare metals.
Gaseous argon is intended for use as a protective medium for welding, laser cutting, melting of active and rare metals and alloys based on them, aluminum and alloy steels of various grades.

Oxygen gaseous

Technical gas oxygen.
Oxygen is used in welding and metal cutting, in waste disposal, as an oxidizer in rocket fuel.

Acetylene

Technical gas acetylene.
It is intended for use as a combustible gas in gas plasma processing of metals (welding, cutting, soldering, heating, thermal straightening, spraying).

Hydrogen grade A

Technical gas hydrogen.
Used in chemical, petrochemical, metallurgical, pharmaceutical, electronic and other industries.

Nitrogen
gaseous IF

Technical gas nitrogen.
Nitrogen is an element of the main subgroup of the fifth group of the second period of the periodic system of chemical elements of D. I. Mendeleev, with atomic number 7. It is denoted by the symbol N (Latin: Nitrogenium). Simple substance nitrogen is a rather inert under normal conditions two-atomic gas without color, taste and smell (formula N2), of which three quarters of the Earth's atmosphere consists.

Helium "B"

Technical gas nitrogen.
Nitrogen is an element of the main subgroup of the fifth group of the second period of the periodic system of chemical elements of D. I. Mendeleev, with atomic number 7. It is denoted by the symbol N (Latin: Nitrogenium). Simple substance nitrogen is a rather inert under normal conditions two-atomic gas without color, taste and smell (formula N2), of which three quarters of the Earth's atmosphere consists.

Carbon dioxide w/s

Technical gas carbon dioxide.
It is used to create a protective environment for welding steel, for production of carbonated beverages, for cooling, freezing and storage of food products in direct and indirect contact with them, for drying foundry molds, for firefighting and other purposes in various industries. It is used as a component of gas mixtures.

Disposable travel gas

GAZ RF disposable gas cylinder for portable gas appliances with high performance all-season mixture. Suitable for gas burners, portable gas stoves and heaters.

Gas blends

One of the most significant technological processes is welding with the use of gas mixtures.

Shielding gases play an important role in welding, creating a kind of blockade between the process and the external environment, as some of its elements can harm the formation of a quality weld. A lot depends on what kind of shielding gas the welder uses: properties and configuration of the welds, their quality, smoke, metal reaction, etc.

Each combination of gases has its own specific effect on the metal and characteristics for working with it. Seam quality is significantly affected by the absorption of oxygen, hydrogen and nitrogen by the molten metal.

We have a wide range of welding and food mixtures from our own production and other manufacturers.

Смесь сварочная
80%Ar + 20%CO2

Welding mixture 90%Ar + 10%CO2 (TU BY 191757589.002-2013).

Field of application in welding:

semi-automatic welding of low-alloy and medium-alloy structural steels;
all types of high-speed welding;
pulse welding;
it is possible to work both in the fine-drop transfer mode and in the jet mode.

Advantages of using gas welding mixtures compared to CO2:

increase in the amount of weld metal per unit time, as well as reducing electrode metal losses to spattering;
reduction of spatter adhesion (spattering) in the area of the welded joint and as a consequence reduction of up to 95% of labor intensity for their removal;
increase in density and plasticity of weld metal;
increased strength of the welded joint;
welding process is stable even with some irregularity of welding wire feeding, as well as the presence of traces of process lubricant and rust on its surface;
hygienic working conditions at the welder's workplace are improved due to a significant reduction in the amount of welding aerosols and fumes.

Welding compound
98%Ar + 2%CO2

Welding mixture 98%Ar + 2%CO2 (TU BY 191757589.002-2013).

Field of application in welding:

semi-automatic welding of stainless steels;
thin-walled products (thickness less than 1 mm) from ordinary structural steels;
soldering welding on semi-automatic machine of galvanized parts and copper-iron joints.

Advantages of using gas welding mixtures in comparison with CO2:

increase in the amount of clad metal per unit of time, as well as reducing electrode metal losses for spattering;
reduction of spatter adhesion (spattering) in the area of the welded joint and as a consequence reduction of up to 95% of labor intensity for their removal;
increase in density and plasticity of weld metal;
increased strength of the welded joint;
welding process is stable even with some irregularity of welding wire feeding, as well as the presence of traces of process lubricant and rust on its surface;
hygienic working conditions at the welder's workplace are improved due to a significant reduction in the amount of welding aerosols and fumes.

Welding mixture
90%Ar + 10%CO2

Welding mixture 90%Ar + 10%CO2 (TU BY 191757589.002-2013).

Field of application in welding:

semi-automatic welding of low-alloy and medium-alloy structural steels;
all types of high-speed welding;
pulse welding;
it is possible to work both in the fine-drop transfer mode and in the jet mode.

Advantages of using gas welding mixtures compared to CO2:

increase in the amount of weld metal per unit time, as well as reducing electrode metal losses to spattering;
reduction of spatter adhesion (spattering) in the area of the welded joint and as a consequence reduction of up to 95% of labor intensity for their removal;
increase in density and plasticity of weld metal;
increased strength of the welded joint;
welding process is stable even with some irregularity of welding wire feeding, as well as the presence of traces of process lubricant and rust on its surface;
hygienic working conditions at the welder's workplace are improved due to a significant reduction in the amount of welding aerosols and fumes.

Welding compound
82%Ar + 18%CO2

Welding mixture 82%Ar + 18%CO2 (TU BY 191757589.002-2013).

Scope of application in welding:

The most universal gas mixture for semi-automatic welding of carbon structural steels, suitable for almost all types of materials and types of welds.

Advantages of using gas welding mixtures compared to CO2:

increase in the amount of weld metal per unit time, as well as reducing electrode metal losses to spattering;
reduction of spatter adhesion (spattering) in the area of the welded joint and as a consequence reduction of up to 95% of labor intensity for their removal;
increase in density and plasticity of weld metal;
increased strength of the welded joint;
welding process is stable even with some irregularity of welding wire feeding, as well as the presence of traces of process lubricant and rust on its surface;
hygienic working conditions at the welder's workplace are improved due to a significant reduction in the amount of welding aerosols and fumes.

Welding mixture 90%Ar + 10%CO2

Welding mixture 90%Ar + 10%CO2 (TU BY 191757589.002-2013).

Field of application in welding:

semi-automatic welding of low-alloy and medium-alloy structural steels;
all types of high-speed welding;
pulse welding;
it is possible to work both in the fine-drop transfer mode and in the jet mode.

Advantages of using gas welding mixtures compared to CO2:

increase in the amount of weld metal per unit time, as well as reducing electrode metal losses to spattering;
reduction of spatter adhesion (spattering) in the area of the welded joint and as a consequence reduction of up to 95% of labor intensity for their removal;
increase in density and plasticity of weld metal;
increased strength of the welded joint;
welding process is stable even at some irregularity of welding wire feeding, as well as the presence of traces of technological lubricant and rust on its surface;
hygienic working conditions at the welder's workplace are improved due to a significant reduction in the amount of welding aerosols and fumes. Welding mixture 90%Ar + 10%CO2 (TU BY 191757589.002-2013).
Field of application in welding:
semi-automatic welding of low-alloy and medium-alloy structural steels;
all types of high-speed welding;
pulse welding;
it is possible to work both in the fine-drop transfer mode and in the jet mode.

Welding compound
82%Ar + 18%CO2

Welding mixture 82%Ar + 18%CO2 (TU BY 191757589.002-2013).
Scope of application in welding:
The most universal gas mixture for semi-automatic welding of carbon structural steels, suitable for almost all types of materials and types of welds.
Advantages of using gas welding mixtures compared to CO2:
increase in the amount of weld metal per unit of time, as well as reducing electrode metal losses for spattering;
reduction of spatter adhesion (spattering) in the area of the welded joint and as a consequence reduction of up to 95% of labor intensity for their removal;
increase in density and plasticity of weld metal;
increased strength of the welded joint;
welding process is stable even with some irregularity of welding wire feeding, as well as the presence of traces of process lubricant and rust on its surface;
hygienic working conditions at the welder's workplace are improved due to a significant reduction in the amount of welding aerosols and fumes.

Cryogenic fluids

We actively cooperate with our loyal customers, and cryogenic products have been widely distributed. Our products find application in enterprises in various industries including:

Chemical industry,
Mechanical Engineering,
Gas and oil refining,
Medicine.

We guarantee the provision of all necessary documentation confirming the high quality of our products.
In our assortment you can order the following types of liquid gas:

Argon,
Nitrogen,
Helium,
Oxygen.

We are ready to meet your needs and provide you with reliable supplies of high quality cryogenic products.

Liquid carbon dioxide

Liquid carbon dioxide is presented as a transparent liquid without color, its key physical feature is one of the lowest freezing points. The relevance of its use is observed mainly in the fields of medicine and scientific research as an effective refrigerant that helps to maintain ultra-low and low temperatures.

Liquid nitrogen

Application of liquid nitrogen
Liquid nitrogen is actively used in oil and gas, chemical and food industries, metallurgy, medicine, construction and even in firefighting.

Liquid oxygen

Application of liquid oxygen
The substance is actively used in the medical, space, oil and gas and petrochemical industries. Liquid oxygen is used in welding and metal cutting, any equipment for gas-flame work functions only with the use of this component. The substance is used in waste utilization and in the glass industry.
In industries where there is a need to obtain significant volumes of gas, liquid oxygen is used, as it has a high coefficient of expansion when changing to a gaseous state.

Аргон жидкий

Application of liquid argon
Chemical passivity and affordable price make it possible to use the substance in various spheres of production. Liquid argon is actively used, for example, in metallurgy, food industry, radio electronics, in gas installations for fire extinguishing. It is also used in the manufacture of double-glazed windows, for cleaning metals, in argon lasers and even in diving.
Despite such a wide range of applications, the main sphere of liquid argon application is considered to be various welding works.

Ivan

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