Phoenix Flow Reactor

The Phoenix Flow Reactor™ is an easy to use, high-temperature reactor compatible with the H-Cube Pro™.

The Phoenix Flow systems open a new chemical parameter window for laboratory-scale synthesis. These advanced flow systems provide unparalleled capabilities, reaching temperatures up to 450 °C and pressures up to 100/200 bar. Researchers gain access to a wealth of new reactions and novel molecules that were previously unattainable using traditional laboratory equipment.

One of the key strengths of the Phoenix Flow Reactor lies in its exceptional flexibility. You can tailor the system to your specific chemical needs by adding modules for hydrogen generation, gas introduction, reaction monitoring, and automation, allowing you to customize the system to suit your unique requirements.

A stand-alone version is also available, which can do high temperature homogeneous and heterogeneous reactions without an  H-Cube Pro™.

• Powerful: Up to 450 °C temperature capability (high-temperature reactor)
• Versatile: Perform reactions in a loop homogeneously or use a range of different cartridges for heterogeneous reagents/catalyst chemistry
• Innovative: Perform chemistries not possible in a standard lab including a validated procedure to generate novel bicyclic compounds
• Fast: Slow reactions in seconds
• Simple: 2 button stand-alone control or via automated touchscreen control on H-Cube Pro™
• Heterogeneous and homogenous capabilities: The Phoenix Flow Reactor worjs for both heterogeneous and homogeneous chemical transformations.

Different sizes of CatCarts, Loops and Materials are available.

Le H-Genie® combined with the Phoenix Flow Reactor™ is an all-in-one flow chemistry setup for catalyst testing, synthesis, optimization, and scale-up that is useable in any fume hood in any lab.

This combination offers you a wide temperature and pressure range in addition to high pressure hydrogen generated safely without cylinders for your reactions, granting you the capability of synthesizing from milligrams to kilograms of product on the same system without the need to spend on expensive infrastructure or equipment.