Corning Inc. is a global leader in the production of special glass and ceramic materials. Based on over 160 years of knowledge in materials science and process technology, Corning has created and produced numerous key technologies used in high-tech consumer electronics, mobile emission control, communication, and life science products. Over the past 30 years, China has provided Corning with many outstanding talents whose technical expertise has enabled them to introduce Corning's innovative technologies into the Chinese market. This partnership has achieved outstanding results. Today, Corning's investment in Greater China has exceeded $3 billion and has over 5000 employees. Corning Reactor Technology Division has a record of being the first to enter the market with breakthrough innovation. It is precisely because of our profound understanding of material technology and advanced technological systems that we have the ability to respond to current and future market demands. We will continue to innovate and create the future. Corning's Advanced Flow? Reactors (AFR) technology is a new innovation by our scientists. Corning's high-throughput microchannel continuous flow reactor is made of special glass and special ceramic materials, which have excellent corrosion resistance, high temperature (230 ° C) and high pressure (18 kg pressure) resistance, and are suitable for various chemical reactions. Its unique multi-layer structure design makes its heat transfer efficiency and mass transfer performance of fluid mixing many times higher than traditional stirred tank reactors. By strengthening the chemical synthesis process, Corning's innovation has brought significant process performance improvements to the chemical industry. Capable of providing cost-effective continuous flow synthesis process solutions for various chemical reactions. Corning Advanced Flow? Reactor technology has improved the efficiency of the reaction process, greatly enhancing the scalability of the synthesis process and the quality of the chemical process, while reducing (1) the environmental impact of the chemical process; (2) The instability of chemical processes; (3) Production cost. Corning's reactor technology can customize reactors according to customers' chemical reaction needs, while current kettle reactor technology requires chemical reactions to be adapted to existing kettle reaction equipment in many situations. Corning's high-throughput microchannel continuous flow reactor can be integrated into existing chemical production facilities and can meet explosion-proof (ATEX) and GMP standards according to design requirements. Corning reactors allow customers to easily connect them to other industrial systems by using standard connectors.