Lind Kitchen 20PCS Zinc Sheet Copper Sheet 10 Each Electrode Strip Set Lab Instruments Equipment Fruit Battery Experimental Accessory Primary School Science Project for Teaching Demonstration
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0.20 kg
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- Name: Pure Zinc-Copper Anode Plates for Electroplating and Jewelry Plating, Pure Copper Electrode Strips, Fruit Electro Science Experiment Electrode Strip Set Material: Zinc, Copper Electrode Dimensions: Length 40mm/1.57in, Width 10mm/0.39in Copper Sheet Thickness: 0.3mm Zinc Sheet Thickness: 0.8mm Large Hole Diameter on Electrode: 3.05mm, Small Hole Diameter: 2.05mm, Spacing Between 2 Large Holes: 32mm Quantity Included: Zinc Sheets x10 + Copper Sheets x10 Assembly Method: Insert the copper and zinc plates into a piece of fruit. The copper plate serves as the positive electrode (anode) and the zinc plate as the negative electrode (cathode) of the fruit battery. Create multiple combinations and connect them in series or parallel to generate a larger current. Principle: Copper and zinc exhibit different electrochemical activities. The more active zinc plate displaces hydrogen ions from the fruit's acidic components, generating positive charge and forming a galvanic cell. Each cell produces approximately 0.8V, resulting in a total voltage of about 3V for a 4-cell setup. The current strength directly correlates with the acid concentration of the fruit, observable through experiments (e.g., by monitoring the brightness of a light bulb). Suitable fruits include: lemons, limes, apples, pears, pineapples, potatoes, and even cola.
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These zinc and copper strips are made from high-quality metal materials, ensuring safety, durability, and ease of use. Lightweight and compact copper-zinc strip kits are easy to transport and store, serving as anodes for electrolytic zinc plating Portable for teaching, learning, demonstrations, and creative educational activities involving zinc electrolysis Beyond industrial applications, these zinc anode plates play a vital role in school science experiments, lab projects, and scientific research Ideal for fruit battery experiments and other battery-related projects and scientific research, expanding learning opportunities