84 Molecular Model Set – Diamond, PS / PE

84 Molecular Model Set Diamond

ELEMENTS :
CHLORINE (IV) – 30

A Molecular Model Set for Diamond (84 Atoms) is designed to visually represent the tetrahedral crystal lattice structure of diamond, demonstrating its strong covalent bonding and rigid framework.

Features & Specifications:

• Structure Type: Diamond cubic crystal lattice.
• Number of Atoms: 84 carbon atoms arranged in a tetrahedral network.
• Material: High-quality polymer/plastic for durability and long-term use.
• Atom Representation:
  • Carbon (C) atoms – Uniformly colored (typically black or gray) to depict diamond’s pure carbon composition.
• Bonding:
  • Interlocking connectors or rods to represent strong covalent bonds.
  • Forms a three-dimensional rigid tetrahedral network.
• Applications:
  • Used in chemistry, physics, and materials science education.
  • Demonstrates sp³ hybridization, covalent bonding, and the hardness of diamond.