Carbon tetrafluoride is a colorless, odorless and tasteless gas. His is a melting point of -150°C (-184°C), a boiling point of 128°C and a density of 1.96g/cm3.
Tetrafluoromethae may be obtained by the direct fluorination of carbon or by an electro-chemical process using acetic acid dissolved in liquid hydrogen fluoride.
Tetrafluoromethane (R-14) is used as a cryogenic fluid for very low temperature applications. Tetrafluoromethane (R-14) is also used as: a neutral, inert gas a refrigerant heat transfer agent solvent propellant chemical intermediate.
Tetrafluoromethane is used, either pure or mixed with oxygen, as an etchant for silicon oxide, silicon nitride, refractory metals, and metal silicides.
Tetrafluoromethane is used in the electronics industry for plasma degreasing of multilayer printed circuit boards.
Tetrafluoromethane is used in the optical fibre production process.
Cylinder: 44L Valve: CGA580 / DISS720 Content: 31Kg
ProcessPSA nitrogen generator is a nitrogen generation device based on Pressure Swing Adsorption (PSA) technology. It is primarily used to separate high-purity nitrogen from air and finds widespread applications in industries, laboratories, and medical fi...Learn More
ProcessHydrogen bromide is obtained as a by-product during the bromination of organic compounds such as bromomethane. GasHydrogen bromideCAS No.10035-10-6Purity99.999%Learn More
ProcessThe commercial production of trifluoromethane is carried out by reaction of chloroform with hydrogen fluoride over a chromium catalyst. GastrifluoromethaneCAS No.75-46-7Purity≥99.9%Learn More
ProcessChlorine is produced commercially by the electrolysis of salt solutions (either sodium, potassium or magnesium chlorides). The production of chlorine is therefore usually accompanied with production of hydrogen. Jinhong is purifying the industr...Learn More
ProcessHexafluoroethane may be obtained as a by-product of CFC production, or by direct fluorination of ethane. GasHexafluoroethaneCAS No.76-16-4Purity99.999%Learn More
ProcessMethane is the principal constituent of natural gas (typically natural gas is 87% methane). It is therefore commonly produced by purifying natural gas. Pure methane may also be obtained from the cracking of petroleum fractions. GasMethaneCA...Learn More
ProcessSulphur dioxide may be produced by a variety of routes, such as the combustion of Sulphur or pyrites, alternatively as a by-product of smelter operations. It can also be prepared by the reaction of an acid on a metallic supplied, or by the acti...Learn More
ProcessNitric oxide is produced by treating nitric acid with a reducing agent. GasNitric OxideCAS No.10102-43-9Purity99.9%Learn More
ProcessThe most common carbon monoxide production plants are “reformers” in which natural gas and steam reacts together to produce CO together with hydrogen. However, there are also many other production techniques such as incomplete combustion of natural...Learn More
ProcessHydrogen chloride is normally prepared in commercial quantities by the direct combination of chlorine and hydrogen. This is achieved by “burning” chlorine in an atmosphere of hydrogen. Most of the hydrogen chloride produced in this way in normally ...Learn More
ProcessTetrafluoromethae may be obtained by the direct fluorination of carbon or by an electro-chemical process using acetic acid dissolved in liquid hydrogen fluoride. GasTetrafluoromethaneCAS No.75-73-0Purity≥99.99%Learn More