Ultimate Electrosynthesis Reactor D-series/septa, 30 Mm Od, Divided Cell, 5-port Holiday Cheer Edition [abq6CgZJ]

Electrosynthesis Reactor D-series: Advanced Reaction Control

The Electrosynthesis Reactor D-series, with its 30 mm OD divided cell design, offers unparalleled control over chemical reactions. This versatile reactor is designed for both constant current and constant potential electrolysis in aqueous or organic media, making it a versatile tool for a wide range of applications. The divided cell design ensures that substrates and reagents are isolated, preventing unwanted reactions and improving the purity of the final product.

Key Features and Specifications

The D-series reactor boasts a robust construction with materials like glass and PEEK, ensuring compatibility with most aqueous/organic reaction environments. Key features include a 5-port design for easy access and control, a 13 mm dia. ion-exchange membrane for precise separation, and a maximum operational temperature of 200°C, allowing for flexibility in various reaction conditions. Specifications such as the 8mL maximum electrolyte volume at the working electrode and the 10 mL maximum electrolyte volume at the counter electrode further enhance the reactor's versatility. Additionally, the reactor elements are liquid- and gas-tight, ensuring safety and efficiency during operation.

Applications and Benefits

The Electrosynthesis Reactor D-series is ideal for a variety of applications, including the synthesis of organic compounds, electrochemical reactions, and materials science research. Its divided cell design is particularly useful when dealing with substrates and products that could react at the counter electrode, as it prevents cross-contamination and enhances reaction yields. The reactor's high temperature resistance and versatile electrode materials make it suitable for a wide range of anodic and cathodic materials, including noble metals, carbon allotropes, and other metals. Whether you're a researcher in academia or an industrial chemist, the D-series reactor offers the precision and reliability needed to achieve successful results.

• Increased reaction control through divided cell design.
• Compatibility with a wide range of aqueous/organic reaction environments.
• Versatile electrode materials for various anodic and cathodic applications.