Silicon carbide microreactive components
The silicon carbide microreactive components is a multi-layer plate structure (generally 2 to 5 layers), which is composed of a reaction plate, a heat exchange plate or a plate, and a silicon carbide module is welded by high temperature diffusion.
- Typical application
- Features and advantages
- Specification
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Typical application
Silicon carbide microreactive components is widely used in silicon carbide plate microreactor.
Silicon carbide plate microreactor is widely used in petrochemical, medicine, pesticides, dyes, explosives and other fields, mainly including sulfonation, nitration, fluorination, oxidation, amidation, diazotization, catalytic hydrogenation and other strong exothermic and flammable and explosive gas-liquid and liquid-liquid reaction processes;
It is also used in the preparation of materials and catalysts for the synthesis of nanomaterials and the preparation of special reagents such as Grignard reagents and peroxide reagents. -
Features and advantages
The silicon carbide microreactive components are welded together as a whole with high temperature diffusion, which reduces the risk of leakage and greatly improves the pressure resistance of the reactor.
Each group of silicon carbide modules is tested by water pressure or air pressure before leaving the factory to ensure reliability and safety.
Silicon carbide microreactive components is widely used in continuous flow silicon carbide microreactors. Compared with traditional metal, glass and graphite materials of intermittent and non-intermittent reaction equipment, it has high specific surface area, excellent mass and heat transfer performance, and can achieve fast mixing of reactants.
Silicon carbide microreaction plates and modules can be flexibly customized according to customer design.
Silicon carbide microreactive components with high thermal conductivity, high temperature resistance, corrosion resistance, acid and alkali resistance, the reaction process can quickly improve or reduce the temperature of the reaction medium, heat and mass transfer efficiency is high, thereby shortening the reaction time, improve the reaction efficiency. -
Specification
