Diamond - the hardest material
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3D Diamond Crystal Lattice Model made of spheres and rods. Perfect for science projects, educational chemistry displays,
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Chemistry & Biology
- Licencja
- Creative Commons — Public Domain
This is a highly accurate, interlocking 3D model of a diamond's crystal lattice structure, featuring carbon atoms (spheres) connected by covalent bonds (rods).
It is designed to be easy to print and assemble, making it a fantastic educational tool for chemistry and physics classes, science fairs, or just a cool geometric decoration for your desk.
You can use the same model for assembling both diamond and lonsdaleite
Key Features:
Educational & Fun: Great visual aid to understand carbon structures and hybridization.
Easy Assembly: Spheres and rods fit together smoothly.
Print Settings & Tips:
Material: PETG works perfectly.
Supports: Spheres may require supports at the base depending on your printer's bridging capabilities.
Infill: 15-20% is more than enough for durability.
Colors: Print the spheres in black or gray (standard for carbon atoms) and the rods in white or gray for a classic look!