fReactor Flow Chemistry Platform fReactor was developed by the University of Leeds and Asynt Ltd to offer an affordable entry point into the world of flow chemistry. fReactor provides an expanding platform of intuitive and flexible flow reactors for the development of materials and synthesis routes. The fReactor system utilises apparatus you may already have in your laboratory. Heating and mixing are provided by a standard magnetic hotplate stirrer and fluidic pumps are used to drive the reagents around the modules. Flow chemistry is a process whereby reactants are continually pumped into a reactor and product continually leaves. There are many different types of reactor available and these are often temperature and pressure controlled, providing advantages over batch and microwave chemistry. www.fReactor.com We also offer a dedicated fReactor website to help you set up all your equipment and get started in flow chemistry. Listed within our online library there are a number of publications utilising fReactor, including examples of Benefits include... single and multiphasic reaction systems such as: Faster reactions Enzymatic biotransformations Improved reaction selectivity Safer, more controllable reactions Oxidative biocatalysis Rapid optimisation Easier scale-up options Promotes green, sustainable chemistry

Intuitive and simple to use fReactor is the brainchild of Professors John Blacker and Nikil Kapur from the University of Leeds, UK. Their backgrounds in Chemical Engineering and Process Chemistry have shaped fReactor into an intuitive and simple to use tool that is a welcome addition to anyone looking to access flow chemistry. fReactor is rated for operation at up to 7 bar pressure and heating to 100 °C. Each fReactor module is manufactured from PEEK as standard and includes a toughened glass window for observation. Popular Purchase Options ADS22-KIT: fReactor Classic Complete Kit: Includes heating...