Advanced hydrogenation in continuous flow

Generates and Mixes Hydrogen for Chemical Reactions

The H-Cube® Pro from ThalesNano combines electrolytic hydrogen generation with precise reactor control for seamless integration into laboratory-scale chemical synthesis. Using an on-demand electrolysis system, it safely generates up to 60 NmL/min of hydrogen gas, eliminating the need for external hydrogen cylinders and enhancing laboratory safety. The reactor is designed for pharmaceutical, fine chemical, and agrochemical applications, facilitating reactions such as hydrogenation, reduction, and deuteration. It offers scalability from milligram to gram-scale production, making it suitable for R&D and bench-top laboratory operations.

Equipped with user-friendly software, the H-Cube® Pro allows real-time monitoring and parameter adjustment, improving reaction control and efficiency. The system’s versatility is enhanced with additional modules, such as the Phoenix Flow Reactor, enabling operations up to 450°C for more complex synthesis routes. Its design minimizes energy and solvent consumption through efficient reaction parameters and customizable hydrogen flow rates. Suitable for use with a variety of gases beyond hydrogen, when connected to the Gas Module, it widens chemical capabilities significantly.

Constructed from corrosion-resistant materials, the H-Cube® Pro maintains robustness and reliability across a range of chemicals. Its compact design, combined with flexible automation options like integration with an Autosampler system, supports optimization studies and high-throughput screening with minimal manual intervention. With potential custom configuration and ongoing support, ThalesNano’s reactor system enhances productivity in laboratories needing high-precision, continuous flow chemistry solutions.