Compact Daniell cell kit with nested-container design for efficient electrochemical experiments.

• Features a separate nested-container with a semipermeable membrane, allowing clear observation of ion migration during experiments

• Requires less than 100 ml of electrolytic solutions, reducing preparation time and chemical waste.
• Both the beaker and nested container are transparent, facilitating easy observation of the entire cell structure and reaction processes

The Daniell cell experiment set with nested-container design offers educators and students a practical tool for exploring fundamental electrochemical principles. This compact set utilizes a nested-container design, incorporating a semipermeable membrane as a separator instead of the traditional porous cups or salt bridges. This innovation allows for clear visualization of ion migration, enhancing conceptual understanding.

The kit requires less than 100 ml of electrolytic solutions, minimizing chemical usage and waste, which streamlines preparation and cleanup processes. Transparent materials used in both the beaker and the nested container enable learners to observe the entire structure and reaction processes of the Daniell Cell, bridging theoretical knowledge with tangible demonstration. This set is particularly beneficial for teaching concepts such as ionization tendencies of metals, redox reactions, and the generation of electromotive force, making it a valuable addition to any chemistry curriculum.​

Kit includes (1) nested container for 100 ml beaker; (1) Zinc metal plate 20×70×1 mm; (1) Copper metal plate 20×70×1 mm; (1) semipermeable membrane tube; (2) rubber rings; (1) electrode holder.