Essential Electrosynthesis Reactor D-series, 30 Mm Od, Divided Cell, 5-port With A 70% Price Cut [8nCSVubs]

Electrosynthesis Reactor D-Series Overview

Introducing the Electrosynthesis Reactor D-series, a state-of-the-art divided batch cell designed for precise and controlled electrochemical reactions. This reactor is tailored for researchers and professionals in the fields of chemical synthesis, materials science, and electrochemistry, offering unparalleled versatility and efficiency. With a 30 mm OD, this reactor provides a robust and compact design for small-scale electrochemical processes.

• Division for Precision: The reactor features a divided cell design with an ion-exchange membrane or nanoporous membrane (13 mm dia.) that separates the working electrode compartment from the rest of the cell, ensuring that the reaction is contained and controlled.
• Multiple Electrode Ports: With its 5-port configuration, the reactor allows for the attachment of various electrodes and accessories, making it suitable for complex and diverse electrochemical experiments.

Product Features and Specifications

The Electrosynthesis Reactor D-series is a testament to cutting-edge engineering and material science. It boasts several key features that set it apart from conventional reactors:

• Materials: Constructed with glass, PEEK, PTFE tubing, and FKM/FFKM O-Rings, the reactor is highly inert to most aqueous and organic reaction environments, ensuring stability and long-lasting performance.
• Temperature Control: The reactor can be heated or cooled according to the specific requirements of the reaction, making it suitable for a wide range of temperatures, from -20°C to 200°C.
• Electrode Mounting: Equipped with Tantalum clips and a variety of electrode materials, including noble metals, carbon allotropes, and other metals, the reactor can accommodate various anode and cathode configurations.

Practical Applications

The Electrosynthesis Reactor D-series is versatile enough to cater to both constant current and constant potential electrolysis in both aqueous and organic media. Its divided cell design is particularly useful when dealing with substrates and products that may react at the counter electrode, providing a controlled environment for electrochemical reactions.

• Wide Range of Applications: Ideal for synthesizing organic compounds, studying materials science, and performing electrochemical studies, the reactor is suitable for various research and industrial applications.
• Customization: With a variety of electrode materials and configurations available, the reactor can be tailored to meet the specific needs of each experiment.

Whether you are a researcher in a university lab or a professional in the chemical industry, the Electrosynthesis Reactor D-series is a powerful tool that can elevate your electrochemical research to new heights.