Crystal Lattice Kit
Product Code : EL-PLE-13831
Eduscope India is a leading Crystal Lattice Kit
Quick Answer:TheCrystal Lattice Kituses colour-coded plastic spheres (30mm and 23mm) and connecting rods in five lengths (25mm, 40mm, 50mm, 80mm and 120mm) to build Body Centered, Hexagonal Unit Cell, and NaCl crystal structures, a hands-on solid-state model anyphysics lab equipment Indiadepartment can use to teach crystallography concepts that diagrams alone cannot convey.
As part of our Physics Lab Equipment range, this kit is a practical example of the science kit for students India schools rely on for building tangible, three-dimensional models of atomic arrangements in solids.
Spheres and Connecting Rods
The kit is built around plastic spheres in two sizes - 30mm and 23mm - representing the atoms or ions in a lattice, connected using rods supplied in five lengths: 25mm, 40mm, 50mm, 80mm, and 120mm. The range of rod lengths allows accurate spacing and bond-angle representation across different crystal geometries.
Structures Demonstrated
Using the supplied spheres and rods, students and teachers can construct a Body Centered structure, a Hexagonal Unit Cell, and an NaCl Model, covering three of the fundamental unit-cell types taught in solid-state physics and crystallography.
Storage and Documentation
The complete set is supplied in a transparent storage box for safekeeping between classes, along with a manual and picture guide to assist teachers and students in assembling each crystal structure correctly.
Technical Specifications
| Parameter | Specification |
|---|---|
| Sphere sizes | 30mm and 23mm plastic spheres |
| Rod lengths | 25mm, 40mm, 50mm, 80mm, 120mm (5 lengths) |
| Structures demonstrated | Body Centered, Hexagonal Unit Cell, NaCl Model |
| Storage | Transparent storage box with manual and picture guide |
Related Instruments
For further exploration of atomic and molecular structure, this kit pairs well with our Molecular Models Demonstration Kit and Molecular Micro-Models, both designed to build classroom understanding from individual atoms up to full crystal lattices.
