Electrochemical Reaction Kit – Battery Experiment Kit for Wet Cell Battery Demonstrations

Help students explore electrochemical reactions, battery design, and the effect of different electrode materials with this hands-on battery experiment kit. Students can build a simple wet cell battery by adding a suitable electrolyte, then compare how copper, zinc, aluminum, and lead electrodes affect electrical output and performance.

The clear plastic battery box includes slotted rails that hold the electrodes in place, making it easy to arrange, remove, and compare different metal combinations. Each electrode includes a binding post for simple connection to meters, wires, or other classroom circuit components.

This kit is ideal for teaching battery concepts, oxidation-reduction reactions, electrode materials, electrochemistry, and basic energy conversion in high school chemistry, physics, physical science, and STEM labs.

Because this kit contains lead electrodes, it is recommended for high school students and above with appropriate supervision and safe handling procedures.

Key Features

• Build and test simple wet cell batteries
• Demonstrates electrochemical reactions and basic battery function
• Includes multiple electrode materials for comparison experiments
• Compare copper, zinc, aluminum, and lead electrode combinations
• Clear plastic battery box allows students to observe the setup
• Slotted rails keep electrodes organized and properly positioned
• Binding posts make it easy to connect leads, meters, and circuit components
• Useful for chemistry, physics, physical science, and STEM instruction
• Great for classroom demonstrations, lab activities, and guided investigations

What’s Included

• 1 plastic battery box
• 2 aluminum electrodes
• 2 copper electrodes
• 2 lead electrodes
• 2 zinc electrodes
• Instructions

Suggested Uses

• Wet cell battery experiments
• Electrochemical reaction demonstrations
• Battery design and function lessons
• Oxidation-reduction activities
• Comparing electrode material performance
• High school chemistry and physics labs
• STEM energy conversion activities