Ch4 Methyl Hydride Methane Gas For Semi Products Prior To Rolling Or Forging

Ch4 Methyl Hydride Methane Gas For Semi Products Prior To Rolling Or Forging

Description:

Like other hydrocarbons, methane is a very weak acid. Its pKa in DMSO is estimated to be 56. It cannot be deprotonated in solution, but the conjugate base with methyllithium is known.

A variety of positive ions derived from methane have been observed, mostly as unstable species in low-pressure gas mixtures. These include methenium or methyl cation CH+

3, methane cation CH+

4, and methanium or protonated methane CH+

5. Some of these have been detected in outer space. Methanium can also be produced as diluted solutions from methane with superacids. Cations with higher charge, such as CH2+

6 and CH3+7, have been studied theoretically and conjectured to be stable.

Despite the strength of its C–H bonds, there is intense interest in catalysts that facilitate C–H bond activation in methane (and other lower numbered alkanes).

Specifications:

1. Physical properties

2. Typical technical data (COA)

3. Package

Application:

1. In the steel industry, with open hearth furnaces, in the presence of fuel oil, and in reheating furnaces
2. For semi-products prior to rolling or forging, oxycutting of metal, for heat treatment of nonferrous metals, and supply to infrared heating elements used for surface treatment
3. In thermal power plants
4. In glass making, annealing kilns for pharmaceutical ampoules, ceramic kilns
5. In the textile industry
6. In the chemical industry, petrochemical furnaces, heating of tanks containing resins for paints, vulcanisation of plastics
7. In food and farm industries, coffee roasting ovens, malt drying in breweries, dehydration of plant fodder, powdered milk production
8. In cement plants
9. In paper mills

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