In Stock
Molecular Model Set – Graphite
Precision sp² Hybridization Boring: Features truncated carbon centers with exact 120-degree orbital socket positioning to facilitate the stable assembly of expansive, geometrically accurate graphene sheets.
Van der Waals Force Simulation: Includes specialized long-form connectors specifically calibrated to represent the weak intermolecular forces and the 3.35 Å scaled gap between parallel hexagonal layers.
₹785.00
Quick answer: This Graphite Molecular Model Set visualizes carbon allotrope geometry, including the hexagonal planar lattice and interlayer spacing that define graphite’s structure and properties.
Fuller Description
The Graphite Molecular Model Set provides a physical representation of carbon allotrope geometry. Designed for material science and advanced chemistry teaching, it lets students visualize the hexagonal planar lattice layers and the interlayer spacing that give graphite its distinctive properties. The model supports understanding of delocalized electron systems and anisotropic material behavior in academic laboratory settings.
Specifications
| Parameter | Detail |
|---|---|
| Allotrope represented | Graphite (carbon allotrope) |
| Concept coverage | Hexagonal planar lattice, interlayer spacing, delocalized electron systems |
| Exact piece count / kit contents / materials | Not specified for this listing — confirm with our sales team |
Applications
- Teaching carbon allotrope geometry in material science courses
- Visualizing hexagonal planar lattice structure and interlayer spacing
- Demonstrating delocalized electron systems in advanced chemistry
- Illustrating anisotropic material properties for research and teaching
Care & Handling
- Store model layers and connectors in the organizer case between uses.
- Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
- Check connector joints periodically for wear from repeated assembly.
- Keep small connecting pieces away from young children, as with any modeling kit.
Why Choose LabEquip
LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at [email protected].
Frequently Asked Questions
What is the Graphite Molecular Model Set used for?
It is used to visualize carbon allotrope geometry, including the hexagonal planar lattice and interlayer spacing that define graphite’s structure.
What structural concepts does this model demonstrate?
It demonstrates the hexagonal planar lattice layers, interlayer spacing, and delocalized electron systems characteristic of graphite.
Why does interlayer spacing matter in graphite?
Interlayer spacing affects how graphite’s layers interact, which relates to its anisotropic properties such as electrical conductivity along versus across the layers.
Is this suitable for advanced chemistry or material science courses?
Yes, it is designed for material science and advanced chemistry teaching at the academic laboratory level.
What materials is the model made from?
The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.
Does LabEquip offer institutional or bulk pricing?
Yes. Contact our sales team at [email protected] for institutional quotations and bulk-order pricing.
Last Updated: September 2026
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