Stress-free Electrosynthesis Reactor E-series, Divided Cell, 2x4-port Device [TaAkQwrC]

Electrosynthesis Reactor E-series: Versatile and Efficient

The Electrosynthesis Reactor E-series is a cutting-edge two-compartment batch cell designed for precise and controlled electrochemical reactions. This reactor is equipped with a solution of substrates and reagents, ensuring optimal reaction conditions until all the starting material in the working electrode compartment is consumed. The separation of electrolytes in the working and counter electrode compartments is achieved through an ion-exchange membrane or nanoporous membrane, providing a seamless and efficient reaction environment. With its 2x4-port configuration, the reactor offers flexibility and scalability for various electrochemical processes.

Robust Construction and Technical Specifications

The Electrosynthesis Reactor E-series is constructed with materials that are inert to most aqueous/organic reaction environments, including PEEK, PTFE tubing, and FKM/FFKM O-Rings. This ensures the reactor's durability and reliability for long-term use. Key specifications include a maximum electrolyte volume of 2 x 18 mL, a minimum electrolyte volume of 2 x 7 mL, and a membrane diameter of 13 mm. The reactor also features a solid anode and cathode installed in tantalum clips, and it can accommodate a 3-electrode setup with a reference electrode. Its liquid- and gas-tight construction guarantees a secure and controlled reaction environment.

Applications and Benefits

The Electrosynthesis Reactor E-series is suitable for both constant current and constant potential electrolysis in aqueous or organic media. Its divided cell design is particularly useful when the substrate and product formed could react at the counter electrode or with the products produced as a counter reaction. This reactor is compatible with various anode materials, including noble metals, carbon allotropes, boron-doped diamond, and other metals. The cathode materials offer a wide range of options, including boron-doped diamond, platinum, and other metals. With its versatility and precision, the Electrosynthesis Reactor E-series is an essential tool for researchers, scientists, and engineers in the fields of electrochemistry, material science, and pharmaceuticals.