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The super acid "trifluoromethanesulfo...
In the field of materials science, trifluoromethanesulfonic acid is an irreplaceable catalyst for the synthesis of certain high-performance engineering plastics and specialty elastomers. It can initiate cationic polymerization to produce polymers with excellent optical properties, chemical resistance, and high-temperature stability, such as polyoxymethylene (POM) and certain specialty silicone rubbers.
view moreThe super acid "trifluoromethanesulfo...
In the field of high-end chemicals and advanced materials research and development, trifluoromethanesulfonic acid , a compound hailed as a "super acid," is rapidly transitioning from a star catalyst in the laboratory to the core stage of industrial applications. Its unique strong acidity, high thermal stability, and outstanding catalytic performance have recently led to a series of breakthrough applications in key areas such as pharmaceuticals, new energy battery materials, and the synthesi...
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What is methanol? What are its uses?
Methanol is an organic compound and the simplest saturated monohydric alcohol. It is an important chemical produced from syngas, serving as both a crucial chemical feedstock and a fuel. Methanol can be used to produce olefins, formaldehyde, and other organic chemicals, and it is also an excellent energy source and vehicle fuel.
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The boric acid market maintained a hi...
Recently, the domestic boric acid market has continued its high-level consolidation trend, with prices generally fluctuating sideways. Since April of this year, after recovering from its lows, the market has remained within a relatively high range. During December, the market performed steadily, and price fluctuations narrowed.
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British scientists have pioneered a p...
Facing the increasingly severe global challenge of plastic pollution, a groundbreaking study from the University of Birmingham in the UK has brought a revolutionary glimmer of hope for solving one of the most difficult plastics to process—Teflon. Professor Lu Erli and his team have developed a simple, efficient, and highly economically promising "gentle" method that uses only inexpensive metallic sodium and a ball mill similar to a "shake-the-dish" machine to completely "deconstruct" ...
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