High-quality Electrosynthesis Multiple Reactor Set, D-series Device [8mn0OFsE]

Electrosynthesis Multiple Reactor Set

The Electrosynthesis Multiple Reactor Set is a versatile and efficient tool designed for various electrochemical applications. This comprehensive set is crafted to cater to both constant current and constant potential electrolysis, making it an ideal choice for researchers and scientists in the field of electrochemistry. The set is constructed with precision and quality, ensuring reliable and consistent performance in both aqueous and organic media.

Key Features and Specifications

This Electrosynthesis Multiple Reactor Set includes a PTFE-coated Aluminum Block and a selected number of Electrosynthesis Reactors from the D-series or D-series/septa. The reactors are designed to accommodate different volumes of electrolyte, with maximum volumes of 8 mL at the Working Electrode (WE) and 10 mL at the Counter Electrode (CE). The set is also equipped with a heating block that allows for precise temperature control, with a range from -20°C to 200°C. Notable features include pre-drilled holes for thermometer probes, electrode plug diameter of 6 mm, and a membrane diameter of 13 mm. The distance between the anode and cathode is 18 mm, ensuring optimal reaction conditions.

Applications and Benefits

The Electrosynthesis Multiple Reactor Set is highly adaptable to a wide range of electrochemical processes. Whether you are conducting research in material synthesis, battery development, or environmental analysis, this set provides the flexibility and precision required for successful experiments. The included PTFE-coated Aluminum Block ensures durability and resistance to corrosion, while the heating block allows for efficient temperature control. Additionally, the set is designed for easy assembly and use, saving you time and effort in your laboratory workflows. With its comprehensive features and robust construction, the Electrosynthesis Multiple Reactor Set is an essential tool for any electrochemistry laboratory.