Product Description

A microreactor is a novel, highly efficient, continuous chemical reaction device. Utilizing a microchannel structure design, it conducts the reaction process within micron-level channels. Compared to traditional reactors, microreactors offer significant advantages such as rapid heat transfer, high reaction efficiency, and enhanced safety. They allow for precise control of reaction time, temperature, and mixing ratios, thereby improving product quality and yield.

Our Microreactor’s microchannel design greatly enhances heat transfer efficiency, resulting in uniform and controllable reactions.
Our Microreactor features a small reaction volume, facilitating the control of hazardous reaction processes and reducing safety risks.
Our Microreactor supports continuous reaction modes, improving production efficiency and raw material utilization.
Our Microreactor allows for the flexible combination of multiple reaction units to achieve different reaction processes.
Our Microreactor can be lined with glass, quartz, stainless steel, Hastelloy, or PTFE to adapt to different media and reaction conditions.

Applications

Fine Chemical Synthesis; Pharmaceutical Intermediate and API Manufacturing; Catalysis and Oxidation Reactions; Nanomaterials and New Energy Materials Preparation; Research and Pilot Projects in Universities and Research Institutions

FAQ

Q1: What types of reactions can a microreactor handle?
Microreactors are suitable for various reactions such as oxidation, hydrogenation, esterification, condensation, and polymerization — especially for exothermic or hazardous processes.
Q2: Is the microreactor suitable for laboratory or industrial use?
Both. We supply lab-scale, pilot-scale, and industrial continuous microreactors.