Massive Discount Electrosynthesis Reactor A-series/septa, 30 Mm Od, 5-port Flash Sale: 35% Off [9WRMeD1s]

Electrosynthesis Reactor A-series/septa

The Electrosynthesis Reactor A-series/septa is a state-of-the-art undivided batch cell designed for precise and efficient electrochemical reactions. This versatile reactor is built to accommodate various experimental needs, with its 5-port configuration allowing for seamless setup and operation. Key features include a solid anode and cathode assembly, a customizable reaction time, and the ability to stir the reaction mixture for homogeneous concentration.

• Undivided batch cell for precise control of electrochemical reactions.
• 5-port configuration for easy electrode placement and setup.
• Magnetic stirrer for homogeneous mixing of the reaction mixture.

Product Specifications and Technical Details

The Electrosynthesis Reactor A-series/septa is constructed with high-quality materials to ensure durability and performance. The reactor's maximum electrolyte volume is 20 mL, providing ample space for a variety of reactions. The reactor features a 30 mm OD glass chamber, an effective height of 41 mm, and a temperature range of -20 to 200°C, making it suitable for a wide range of applications. Technical specifications include:

Maximum electrolyte volume: 20 mL

Outer diameter of glass chamber: 30 mm

Effective height of glass chamber: 41 mm

Temperature range: -20°C to 200°C

Applications and Benefits

The Electrosynthesis Reactor A-series/septa is an invaluable tool for researchers, scientists, and engineers working in the field of electrochemistry. Its versatility makes it suitable for both constant current and constant potential electrolysis in aqueous or organic media. The reactor is compatible with various anode and cathode materials, including noble metals, carbon allotropes, and other metals, allowing for a wide range of electrochemical reactions. Benefits of using this reactor include:

Customizable reaction time and conditions

5-port configuration for easy electrode placement

Homogeneous mixing of the reaction mixture with a magnetic stirrer