Diamond Crystal Structure Model – Ball-and-Spoke Carbon Lattice with Acrylic Base, 30 Atoms, 22mm Spheres
Diamond Crystal Structure Model – Ball-and-Spoke Carbon Lattice with Acrylic Base, 30 Atoms, 22mm Spheres
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Accurate Diamond Lattice Representation – Demonstrates the tetrahedral carbon bonding structure in diamond.
Durable Ball-and-Spoke Design – Features 30 sturdy 22mm atom spheres with connecting bonds.
Mounted on Clear Acrylic Base – Stable triangular stand (25.5 cm side) for easy classroom display.
Large & Easy to View – Model height of 20.5 cm makes it ideal for group demonstrations.
Perfect for Chemistry Education – Enhances lessons in crystallography, molecular modeling, and solid-state structures.
Explore the atomic arrangement of carbon with this Diamond Crystal Structure Model, designed for advanced teaching and classroom demonstrations. This high-quality ball-and-spoke crystal lattice model visually represents the three-dimensional arrangement of carbon atoms in the diamond form.
The model includes 30 durable 22mm spheres, permanently mounted on a clear triangular acrylic base for stability and easy viewing from all angles. Ideal for chemistry classrooms, university labs, and STEM education, it provides a hands-on way to study covalent bonding, crystal structures, and solid-state chemistry.
With an overall height of 20.5 cm and a base side of 25.5 cm, this diamond crystal model is large enough for group demonstrations while remaining compact for laboratory or classroom use. It’s a durable and accurate teaching tool for visualizing the tetrahedral bonding pattern of carbon atoms in diamond.
