Diamond Crystal Model
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Product Code : SCL-MTP-12481
Quick Answer: The Diamond Crystal Model is an octahedral teaching model of the diamond structure built from 84 carbon atoms and standing 22 cm high, intended for teacher demonstrations at advanced levels.
Last updated: October 2026
Key Features
- Represents the diamond structure with 84 carbon atoms
- Octahedral overall shape
- Height of 22 cm for clear classroom viewing
- Intended for teacher use at advanced levels of education
- Can be set beside a graphite model to compare carbon allotropes
Technical Specifications
| Specification | Value |
|---|---|
| Shape | Octahedron |
| Number of carbon atoms | 84 |
| Height | 22 cm |
| Structure classification | Inorganic |
| Intended user | Teacher |
| Education level | Advanced levels of education |
About This Product
Students study the octahedral form, pick out the carbon atoms and follow how each one is covalently bonded into an extended three-dimensional network. Setting the model beside a graphite structure shows how the same element can be arranged differently, which leads into discussion of how atomic arrangement shapes physical properties.
Frequently Asked Questions
Q1. How many atoms does the model contain?
It contains 84 carbon atoms arranged in an octahedral shape, and the assembled model is 22 cm high.
Related: Materials & their Properties, Graphite Crystal Model, Bucky Ball Model.
For a quotation on the Diamond Crystal Model, contact School Equipments India.
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