Diamond Crystal Structure Model – Ball-and-Spoke Carbon Lattice with Acrylic Base, 30 Atoms, 22mm Spheres

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.