Gas - Import export

Formula: The formula of the Gas mixture depends on the customer's requirements Gas purity and content of its controlled impurities(vol.%, ppmv): depends on the customer's requirements Categories of Gas mixtures: Welding mixtures Food mixtures Laser mixtures Neon Sign Glass pack gas mixtures

Formula: The formula of the Gas mixture depends on the customer's requirements Gas purity and content of its controlled impurities(vol.%, ppmv): depends on the customer's requirements Categories of Gas mixtures: Welding mixtures Food mixtures Laser mixtures Neon Sign Glass pack gas mixtures

Formula: He General Description: Liquid Helium is a liquid state of aggregation of Helium, a colorless, chemically inert liquid, transparent Gas purity and content of its controlled impurities(vol.%, ppmv) Brand 5.5 99,9995% Areas of use: To ensure the operation of superconducting electromagnets: in medical magnetic resonance diagnostics (MRI) machines, in research facilities such as elementary particle gas pedals and fusion plants; For the basis for ultra-low temperature generation in scientific experiments, Brand 5.5 Helium (He) 99.9995% Neon Ne ⩽1.0 ppmv Nitrogen N2 ⩽1.5 ppmv Oxygen + Argon O₂+Ar ⩽0.5 ppmv Hydrogen H2 ⩽0.2 ppmv Amount of hydrocarbons ΣCₙHₘ ⩽5.0 ppmv Carbon monoxide + Carbon dioxide CO+CO₂ ⩽0.1 ppmv Moisture H2O ⩽5.0 ppmv

Formula: He General Description: monoatomic, non-toxic, chemically inert gas, odorless, colorless and tasteless Gas purity and content of its controlled impurities(vol.%, ppmv) Brand 4.0 99,99% Brand 4.5 99,995% Brand 5.0 99,999% Brand 6.0 99,9999% Areas of use: Metallurgy - as an inert shielding gas for smelting pure metals; Welding industry - as an inert medium in arc welding; Food industry - as a packaging gas for food preservation; For gas-filled aircraft and weather probes and balloons in the entertainment industry; Breathing mixtures for deep-sea diving; Advertising - for filling gas discharge tubes; Nuclear power - as a coolant; Gas chromatography; Helium-neon lasers. Brand 4.0 Helium (He) 99.99% Neon Ne ⩽90.0 ppmv Nitrogen N2 ⩽20.0 ppmv Oxygen + Argon O₂+Ar ⩽6.0 ppmv Hydrogen H2 ⩽25.0 ppmv Amount of hydrocarbons ΣCₙHₘ ⩽5.0 ppmv Carbon monoxide + Carbon dioxide CO+CO₂ ⩽10.0 ppmv Moisture H2O ⩽20.0 ppmv

Formula: Ne General Description: monoatomic, non-toxic, chemically inert gas, odorless, colorless and tasteless Gas purity and content of its controlled impurities(vol.%, ppmv) Brand 5.0(HP) 99,999% Brand 6.0(UHP) 99,9999% Areas of use: Cryogenic facilities; Production of microelectronics; Radio engineering industry; Helium-Neon lasers; Advertising; Medicine; Chemical Industry Brand 5.0(HP) 99,999% Oxygen O2 ⩽1.0 ppmv Nitrogen N2 ⩽1.0 ppmv Hydrogen H2 ⩽1.0 ppmv Helium He ⩽2.0 ppmv Carbon monoxide + Carbon dioxide CO+CO2 ⩽1.0 ppmv Methane CH4 ⩽1.0 ppmv Moisture H2O ⩽1.0 ppmv Brand 6.0(UHP) 99,9999% Oxygen O2 ⩽0.1 ppmv Nitrogen N2 ⩽0.2 ppmv Hydrogen H2 ⩽0.1 ppmv Helium He ⩽0.1 ppmv Carbon monoxide + Carbon dioxide CO+CO2 ⩽0.1 ppmv Methane CH4 ⩽0.1 ppmv Moisture H2O ⩽0.1 ppmv

Formula: Xe Monoatomic, non-toxic, chemically inert gas, odorless, colorless and tasteless, with a high ionization potential Gas purity and content of its controlled impurities(vol.%, ppmv) Areas of use: Radioelectronic industry. For passivation of metals in the metalworking industry. For general anesthesia and pain relief in medicine. Fuel elements in the space industry. For research and development activities (medicine, space, basic sciences). Brand 5.0(HP) Xenon (Xe) 99.999% Oxygen O2 ⩽0.5 ppmv Nitrogen N2 ⩽1.0 ppmv Hydrogen H2 ⩽1.0 ppmv Krypton Kr ⩽1.0 ppmv Carbon monoxide + Carbon dioxide CO+CO2 ⩽1.0 ppmv Ethane C2F6 ⩽1.0 ppmv Sulfur hexafluoride SF6 ⩽1.0 ppmv Methane CH4 ⩽0.5 ppmv Moisture H2O ⩽1.0 ppmv Brand 6.0(UHP) Xenon (Xe) 99.9999% Oxygen O2 ⩽0.1 ppmv Nitrogen N2 ⩽0.2 ppmv Hydrogen H2 ⩽0.1 ppmv Krypton Kr ⩽0.1 ppmv Carbon monoxide + Carbon dioxide CO+CO2 ⩽0.1 ppmv Ethane C2F6 ⩽0.1 ppmv Sulfur hexafluoride SF6 ⩽0.1 ppmv

ESD "Tiras" is used for emergency stop of fire extinguishing (gas, powder, aerosol and other).

Gas pressure regulators of the RDU-T type with a heat generator are designed for automatic regulation of gas pressure “after itself” of the set value at the facilities of high pressure gas pipelines. They are used at: Gas distribution stations. Gas purification and dehydration installations. Gas fields. Compressor stations, etc. The regulators are designed for operation at ambient temperatures from +50 C to -40 C and relative humidity up to 95% at a temperature of +35 C. Distinctive features of RDU-T regulators: The RDU-T regulators differ from the RDU regulators of the same class by the heating of the shut-off and regulating device in the zone of gas throttling using specially mounted heat generators which operate without an external energy source by taking a part of the kinetic and potential energy of the compressed main gas. The heating temperature is sufficient to prevent hydrate formation processes. More information on our website.

The gas pressure regulator of the RTBK type is designed for automatic regulation of gas pressure “after itself” at the facilities of high pressure gas pipelines, such as gas distribution stations, gas treatment and dehydration plants, gas fields, compressor stations, etc. The operating medium is natural gas and other gases that are not aggressive to regulator materials. Inlet working pressure: from 12 to 100 bar Output working pressure: from 1 to 12 bar Depending on the order, the modular regulator of the RTBK type can include the following elements: General-purpose body based on which the modular type regulator is built. Active module. Monitor module. Built-in shut-off valve. Shut-off valve as a separate element connected in series with the regulator body. Noise reduction module. And other technical combinations of modules and components. More information on our website.

Gas pressure regulators RD-M are designed to reduce and automatically maintain the gas pressure “after itself” at the set value. Gas pressure regulators of the RD-M type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RD-M regulator: Hydrate formation in the “seat-valve” contact zone does not affect the regulator operation. Tightness at full closing of the valve. Smooth regulation characteristics due to the use of an oil compensator. High accuracy of maintaining the set pressure. High maintainability (possibility to repair wearing parts without removing the regulator body from the reduction line). Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Gas pressure regulators of the RDU type are designed to reduce and automatically maintain gas pressure “after itself” using the set value. Gas pressure regulators of the RDU type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RDU regulators: The simplicity of the device, Tightness at complete closure of the valve, Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Soft gasholders serve as a transfer point between the reservoir and the compressor, ensuring the smooth operation of the entire system. With the help of flexible air ducts, the ends of gas holders are connected to the gas-equalizing pipeline, and then to the entire gas-leveling system. The main feature of soft containers, favorably distinguishing them from metal, reinforced concrete and plastic, is the convenience of their operation. Such containers can be stored and transported in a folded form and deployed when installed on site. Therefore, they are easy to transport from one facility to another, to mount and dismantle without any special equipment. Soft tanks can be installed on unprepared areas, they can easily be delivered to hard-to-reach places - tanks in folded form can be transported by car. Two to three workers can handle the installation in a few hours. Another important feature of soft containers is their incomparable ease.