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Zinc & Copper Experiment Kit

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SKU:
ZincCopperKit
Weight:
1.00 LBS
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  • Zinc & Copper Experiment Kit
  • Zinc & Copper Experiment Kit
  • Zinc & Copper Experiment Kit
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Was: $29.99

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Description

Zinc & Copper Experiment Kit

The Rotometals Zinc & Copper Experiment Kit is a hands‑on STEM learning set designed for classrooms, science fairs, homeschool labs, and curious experimenters of all ages. This kit includes real, high‑purity zinc and copper components—no plastic imitations—so students can explore genuine electrochemical reactions, corrosion behavior, and early battery principles using the same metals that powered the first voltaic cells.

With multiple shapes and formats of zinc and copper, users can test how surface area, geometry, and metal pairing affect voltage, plating behavior, and corrosion rates. Whether you’re demonstrating simple galvanic cells, experimenting with fruit batteries, exploring sacrificial anodes, or observing zinc transfer in plating solutions, this kit provides a safe, flexible foundation for dozens of small‑scale experiments.

Perfect for teachers, makers, and science enthusiasts who want real‑world materials that behave exactly as they should in classic zinc–copper demonstrations.

What’s Included

(4) Zinc Rods — 4" × 1/4"
(2) Copper Electrode Strips — 5" × 1"
(2) Zinc Electrode Strips — 5" × 1"
(3) Pure Zinc Hex Pieces (~12 g each)
(1) 10‑Gauge Copper Wire — 1 ft
(1) 1/8" Zinc Wire — 1 ft
(1) Quick Start Guide
 
Key Features

Real Metals, Real Reactions — High‑purity zinc and copper components behave exactly as expected in electrochemical experiments.
Multiple Experiment Types — Supports galvanic cells, fruit batteries, corrosion demos, plating exploration, and series/parallel voltage tests.
Classroom‑Friendly — Durable, reusable components suitable for repeated demonstrations.
STEM‑Aligned Learning — Helps students understand oxidation, reduction, electron flow, corrosion protection, and early battery history.
Made by Rotometals — Trusted supplier of specialty metals for education, industry, and research.

Suggested Experiments (Results May Vary) -

Explore voltage differences between zinc and copper in saltwater or vinegar
Test fruit and vegetable cells using lemons, potatoes, or apples
Observe zinc transfer in simple plating setups
Compare corrosion rates with and without zinc “sacrificial” protection
Build multi‑cell series and parallel arrangements to study voltage and current behavior

Educational Value - 

This kit introduces learners to the same zinc–copper chemistry used in the Voltaic Pile (1800)—the first widely recognized battery.

Students can observe how different metals interact, how electrolytes influence reactions, and how early electrochemical discoveries shaped modern energy storage.

Safety Notes - 

Adult supervision recommended for younger experimenters
Do not ingest electrolytes
Rinse hands after experiments
Avoid short‑circuiting metals directly
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