The FT series is a self-designed microchannel reactor that can precisely control reaction parameters, enabling continuous and efficient material processing, and the materials can be customized.
The FT series is a "Bagua fish-shaped microreactor" independently designed by Fluko in collaboration with Tianjin University. It boasts advantages such as large specific surface area, high mass and heat transfer efficiency, high safety, and minimal scale-up effect. Compared to traditional batch reactors, microreactors can precisely control the reaction feed rate, reaction temperature, reaction pressure, and reaction time, providing higher reproducibility, stability, and efficiency during reaction optimization and scale-up. Furthermore, they have a small footprint and a high degree of automation and continuity, significantly saving production time and costs. This series utilizes core microfluidic technology and is suitable for most reaction processes, representing the future direction of green chemistry. The reactor can be made of various metals, glass, and silicon carbide, and can be customized according to the customer's specific process requirements to shorten reaction time, reduce material consumption, improve reaction conversion rate, selectivity, product yield, and product quality, while reducing production costs and environmental pollution. This series can safely and stably achieve a reliable transition and scale-up from laboratory pilot-scale testing to industrial production, offering a complete product line.
| Model | Material | Designed temperature | Designed pressure | Reaction volume | Flow rate | Annual processing capacity |
| FT1 | SS316L(Special glass、SiC) | -50~300℃ (Special glass、SiC:-40~200℃) | 0~300 bar (Special glass、 SiC:0~20 bar) | 0.6 mL | 1.0~10.0 ml/min | 0.5~5 t/a |
| FT2 | SS316L(Special glass、SiC) | 3.6 mL | 10.0~200.0 mL/min | 5~100 t/a | ||
| FT3 | SS316L | 45 mL | 200~2000 mL/min | 100~1000 t/a | ||
| FT4 | SS316L | 180 mL | 2000~10000 mL/min | 1000~4800 t/a | ||
| FT5 | SS316L | 500 mL | 5000~20000 mL/min | 5000~10000 t/a |