Molymod Graphite Model – Three‑Layer Structure

The Molymod Graphite (Three Layers) Model is a high‑quality molecular modelling set designed to demonstrate the layered structure of graphite, one of the key allotropes of carbon. This model clearly shows how carbon atoms are arranged in flat hexagonal sheets, stacked in layers that can slide over one another.

Using the reliable Molymod system, students can build and inspect three connected layers of graphite, helping them visualise both the strong covalent bonding within each layer and the weaker forces between layers. This hands‑on approach supports a deeper understanding of why graphite has unique properties such as softness and electrical conductivity.

Durable, reusable, and easy to assemble, this model is ideal for repeated use in school chemistry and physics classrooms when reinforcing structure–property relationships.

Key Features

• Accurate three‑layer graphite structure
• Demonstrates hexagonal carbon arrangements
• Shows layered bonding within graphite
• High‑quality Molymod molecular components
• Strong, durable plastic parts for classroom use
• Easy to assemble, dismantle, and store
• Reusable teaching model for multiple year groups

Ideal for School Science Lessons

Suitable for KS3, KS4, GCSE, and A‑Level chemistry and physics, this graphite model is particularly effective when teaching carbon allotropes and linking atomic structure to physical properties.

• Teaching carbon allotropes including graphite and diamond
• Explaining why graphite is soft and slippery
• Demonstrating layered structures and weak intermolecular forces
• Supporting lessons on bonding and structure–property relationships
• Encouraging visual and hands‑on learning

Clear, engaging, and scientifically accurate, the Molymod Graphite (Three Layers) Model is an essential teaching aid for helping students understand the structure and properties of graphite through tangible, three‑dimensional modelling.