Molecular Model – Orbit Colourwave Graphite (Layered Structure) [0507]

The Orbit Colourwave Graphite Molecular Model is a large, highly visual teaching aid designed to clearly demonstrate the layered giant covalent structure of graphite. Ideal for KS3, GCSE, and A‑Level chemistry, this model helps students understand how graphite’s structure gives rise to its unique properties.

The model represents graphite as three parallel layers of carbon atoms arranged in a hexagonal lattice. It contains a total of 94 carbon atoms, providing a clear and realistic depiction of how carbon atoms are bonded within each layer and how the layers lie on top of one another. With approximate dimensions of 22cm wide and 16cm high, the enlarged format makes the structure easy to view during whole‑class demonstrations.

As part of the Orbit Colourwave range, the model uses clearly coloured components to highlight atomic arrangement and bonding. It is particularly effective for showing the weak forces between layers, which explain why graphite is soft, slippery, and useful as a lubricant and electrode material.

Key Features

• Large‑scale graphite molecular structure model
• Shows three layered sheets of carbon atoms
• Contains 94 carbon atoms
• Approximate dimensions: 22cm (W) × 16cm (H)
• Clear demonstration of giant covalent bonding
• Colour‑coded design for easy visualisation
• Part of the Orbit Colourwave molecular model range
• Durable construction for repeated classroom use
• Designed for secondary school chemistry education

Ideal for School Science Lessons

This graphite model is ideal for KS3, GCSE, and A‑Level chemistry lessons, enabling students to clearly visualise a structure that is often difficult to interpret from textbook diagrams alone.

• Teaching giant covalent structures
• Explaining why graphite conducts electricity
• Comparing graphite and diamond structures
• Linking structure to material properties
• Supporting lessons on allotropes of carbon

Clear, robust, and visually engaging, the Orbit Colourwave Graphite Molecular Model is an excellent classroom resource for building a deep understanding of carbon structures and helping students confidently link molecular structure to real‑world material properties.