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Product Overview:

Polylab Molecular Model Set – Molecular Geometry Set (VSEPR) is a practical and versatile teaching kit designed to help students understand the 3D shapes of molecules according to the Valence Shell Electron Pair Repulsion (VSEPR) theory. This model set enables instructors and students to build a variety of molecular geometries, from simple linear and bent molecules to complex trigonal bipyramidal and octahedral structures.

Made from durable, color-coded plastic, each component is precision-molded for easy assembly and stable display. The set includes atom centers, multiple bond connectors (single and double bonds), and special parts to represent lone pairs, allowing accurate construction of structures that reflect real bond angles and molecular geometries.

This VSEPR Molecular Geometry Model is an essential tool for visualizing electron pair repulsion, bond angles, and molecular shape predictions — concepts that are fundamental in general and advanced chemistry. The kit makes it easy for educators to demonstrate how electron pairs arrange themselves around a central atom to minimize repulsion, giving students a clear, hands-on way to connect theory with real-world structures.

Packed in a sturdy, compartmentalized storage case, this model set stays organized and ready for everyday use in schools, colleges, or university labs. Combine it with other Polylab Molecular Model Sets for a comprehensive teaching collection covering organic, inorganic, and hybrid chemistry concepts. For a full range of classroom aids, explore our Molecular Geometry Models collection. For additional validated theory and practice resources, refer to the Royal Society of Chemistry VSEPR Resources for trusted educational support.