Description
Specifications:
| Feature | Details |
|---|---|
| Brand | Polylab |
| Product Name | Molecular Model Set – Graphite Structure |
| Structure Type | Hexagonal Lattice Structure of Graphite |
| Application | Visualization of Carbon Allotropes (Graphite) in Solid-State Chemistry |
| Material | Durable, chemical-resistant polymer |
| Component Type | Black carbon atoms with grey connectors for bonds |
| Assembly Mechanism | Snap-fit interlocking design |
| Educational Level | High school, undergraduate, and postgraduate science teaching |
| Packaging | Sturdy compartmentalized storage box for organized storage |
Product Overview:
The Polylab Molecular Model Set – Graphite Structure is a specialized educational kit designed to illustrate the layered hexagonal arrangement of carbon atoms in graphite. Ideal for chemistry teachers and students, this model set vividly demonstrates how graphite’s 2D planar layers contribute to its unique electrical conductivity and lubricating properties.
This model kit is composed of black atom centers representing carbon atoms, and rigid connectors to depict covalent bonds within a single layer. The set effectively conveys the delocalized electron system and the weak van der Waals forces between layers—key features that distinguish graphite from other carbon allotropes like diamond.
Whether used in classroom demonstrations, lab experiments, or student presentations, this graphite model enhances conceptual clarity and helps students develop a solid understanding of solid-state structures. Built using durable and lightweight materials, the set is easy to assemble, disassemble, and reuse for multiple academic sessions.
Perfect for those teaching inorganic chemistry, material science, or nanotechnology, this model is an essential part of any advanced educational lab setup.
