In the chemical industry, the conversion of conventional kettle-type processes into simpler, more efficient and safer microchannel continuous flow processes enables the traditional complex reaction control process to use high-pressure microchannel continuous flow functional reactors to achieve simpler, more precise and precise reactions. control. In the food industry, the ultra-fine comminution and ultra-fine emulsification capabilities of high-pressure microchannel fluid technology are used to promote the development of high-quality food products, improve the utilization rate of raw materials, and extend product shelf life. In the preparation process of nanomaterials, the super high density shear force of high-pressure microfluids simplifies the complex processes of crushing, dispersing, purifying, and sorting to overcome the interface relationship. Significantly improve the high-end refined production capabilities of rare earths, graphite, polymers and other materials. The Fulujie High-Pressure Microfluidic Experimental Platform is an application technology experimental platform open to the entire industry. The laboratory uses Fulujie high-pressure microfluidic technology to provide customers with services such as continuous flow demonstrations, laboratory tests, rapid feasibility tests, new material preparation, and refined food engineering chemical reaction process development. Based on the Fulujie high-pressure microfluidic reactor being equipped with multiple process development platforms, our professional team utilizes their experience in microfluidic field simulation, materials engineering, food engineering, and chemical engineering.