Gas welding - 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: 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

Aluminum alloys are among the materials characterized by poor weldability. Any experienced welder will confirm that to work successfully with aluminum, you need to have a lot of experience and know all the features of this metal. Technologically this process is quite complicated and a lack of experience can lead to manufacturing defects. Due to its high thermal conductivity, low melting point and the presence of a refractory oxide film, welding aluminum requires special equipment. TIG welding with shielding gas using aluminum alloy hard facing rods provides excellent joint quality.

Argon welding is a popular name among people for welding technology, in which welding is performed in a shielding gas environment, most often argon. The gas prevents the metal under welding from coming into contact with the oxygen in the air, preventing oxidation. Inert argon is well suited for this purpose as it is non-toxic and relatively inexpensive. The equipment for argon welding comes in two types, TIG and MIG. In both cases, the machines are equipped with a non-consumable tungsten electrode. The difference is that TIG uses separate hard facing rods, but in MIG, the wire is fed automatically from the spool, for which people often call this method semi-automatic.