Caesium chloride crystal structure model Key benefits Durable construction: Made from stable, wear‑resistant plastic to withstand repeated classroom and laboratory use. Hands‑on learning: Atoms and components can be removed with a separation tool, making it easy to disassemble and reassemble the lattice for step‑by‑step study. Clear visual distinction: Color‑coded and size‑varied pieces help distinguish different atoms and simplify understanding of the crystal’s geometry. Versatile educational tool: Designed for use in biology and genetics teaching environments as well as by individual learners interested in solid‑state structures and ionic bonding. Features and attributes Material: Robust plastic that offers long service life and resistance to frequent handling. Function: Demonstrates the CsCl crystal lattice and supports tactile exploration of ionic crystal structure and coordination. Assembly: Removable parts allow close inspection of atomic positions and bonding relationships; parts separate using a separation tool. Visual design: Multiple colors and sizes for immediate visual differentiation of atomic sites within the lattice. Intended use: Suitable for classroom demonstrations, lab exercises, and self‑directed study by students and enthusiasts. Practical use scenarios High school or college chemistry class: Use the model to demonstrate ionic crystal packing, coordination number, and differences between simple cubic and body‑centered arrangements during lectures or lab sessions. Student lab and tutoring sessions: Let learners disassemble and reassemble the lattice with a separation tool to reinforce concepts of lattice sites, stoichiometry, and ionic interactions through hands‑on practice. Outreach, study groups, or independent study: Portable, durable model supports small‑group demonstrations or individual review to visualize three‑dimensional crystal structure concepts. Why choose this model Provides a durable, easy‑to‑manipulate representation of the Caesium chloride lattice that supports active learning and clear visualization without complex setup.