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- A dual-compartment H-type electrochemical cell featuring a replaceable ion-exchange membrane for flexible operation. The working and counter chambers are separated by the membrane, with stainless steel clamps enabling quick and easy replacement. The reference electrode is positioned close to the working electrode to minimize IR (ohmic) drop, ensuring accurate measurements. The design allows easy assembly, disassembly, and cleaning, making it…
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- Electrochemical Cells
- The H-Type Jacketed Electrochemical Cell (Leak Proof) is a high-performance, dual-compartment electrochemical system designed for experiments requiring separation of anodic and cathodic reactions along with precise temperature control. Its H-shaped configuration, combined with a jacketed glass body and PTFE sealing system, ensures reliable, contamination-free, and temperature-stable operation.
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- Electrochemical Cells
- The Jacketed Electrochemical Cell is a temperature-controlled reaction system designed for precise and reproducible electrochemical experiments. Featuring a double-walled (jacketed) body, it allows circulation of a heating or cooling fluid to maintain a constant reaction temperature, making it ideal for sensitive kinetic and thermodynamic studies.
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- Electrochemical Cells
- A photoelectrochemical H-type cell is a dual-compartment reactor designed for light-driven electrochemical studies. It features two chambers separated by a membrane or porous frit, preventing product mixing while allowing ion transport. One side houses a photoactive electrode exposed to light, enabling reactions such as water splitting, CO₂ reduction, and organic oxidation. This setup ensures precise control, high efficiency, and reliable…
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This product has multiple variants. The options may be chosen on the product page
- Electrochemical Cells
- A photoelectrochemical H-type cell is a dual-compartment reactor designed for light-driven electrochemical studies, mainly suitable for alkaline conditions. It features two chambers separated by a membrane or porous frit, preventing product mixing while allowing ion transport. One side houses a photoactive electrode exposed to light, enabling reactions such as water splitting, CO₂ reduction, and organic oxidation. This setup ensures precise control,…
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This product has multiple variants. The options may be chosen on the product page
- Electrochemical Cells
- A compact and versatile PEC single cell designed for light-driven electrochemical studies including water splitting, CO₂ reduction, and photoelectrocatalysis. It provides uniform light exposure to the working electrode while maintaining a controlled electrolyte environment. Compatible with FTO/ITO, semiconductor films, and catalyst-coated electrodes, the cell is suitable for both fundamental research and solar energy conversion applications.
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- Electrochemical Cells
- The Single Chamber Electrochemical Cell (Leak Proof) is a compact and reliable system designed for routine and advanced electrochemical experiments. Featuring a sealed PTFE lid with O-ring fittings, it ensures leak-free operation while accommodating standard three-electrode configurations in a single compartment.
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