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Flow chemistry chlorination
Traditional chlorination reactions suffer from numerous problems, such as vigorous reactions, numerous side reactions, and low safety. These issues limit the application of chlorination reactions in large-scale industrial production. In recent years, the emergence of microreactor continuous flow technology has brought new opportunities for chlorination reactions. Microreactor continuous flow technology offers advantages such as fast reaction rates, high selectivity, and improved safety, effectively addressing the problems associated with traditional chlorination reactions.
2025/12/10
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Metal microfluidic chip
1. Microfluidic Metal MaterialsMetal channels, including stainless steel, titanium, Monel alloy, and Hastelloy alloy.2. Fabrication Methods2.1 MachiningMinimum channel width of the metal microfluidic
2025/12/04
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Custom fabrication of PDMS microfluidic chips
1. PDMS MaterialPDMS, short for polydimethylsiloxane, is a common organic polymer used in the prototyping of microfluidic chips. It is inherently elastic, transparent, breathable, and chemically inert
2025/12/04
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![Custom processing of plastic microfluidic chips]()
Custom processing of plastic microfluidic chips
Microfluidic plastic chips are tiny laboratory devices made from polymer materials, featuring microchannels and microchambers for controlling and analyzing microfluidics. Compared to traditional glass
2025/12/04
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![Custom fabrication of glass microfluidic chips]()
Custom fabrication of glass microfluidic chips
Custom fabrication of glass microfluidic chips
2025/12/04
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![Continuous Flow Nitrification]()
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![Microchannel reactor for nitration reaction process]()
Microchannel reactor for nitration reaction process
Nitration reactions mainly include:1.Alkyl nitration, synthesis of nitroalkanes. This type of reaction is a high-temperature free radical reaction, mostly occurring in the gas phase. Although there ar
2024/07/09
