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Molecular Model Set - Sodium Chloride - Open 36 Atoms

Name: Molecular Model Set - Sodium Chloride - Open 36 Atoms
Brand: PolyLab

Material : PS / PE

HSN Code : 90230010

Polylab presents top rated and best Molecular Model Set – Sodium Chloride – Open 36 Atoms, designed to provide a detailed and enlarged representation of the ionic crystal structure of NaCl. This model helps students and educators clearly visualize the three-dimensional arrangement of sodium and chloride ions in a stable lattice system.

As trusted manufacturers and suppliers, Polylab focuses on delivering high-quality educational tools that make complex chemistry concepts easy to understand. The open 36-atoms configuration allows for a more extensive demonstration of crystal repetition and ionic bonding patterns, enhancing conceptual clarity.

Manufactured using durable and precision-engineered components, the Polylab Sodium Chloride Model Set ensures consistent performance in academic environments. Its structured design supports easy assembly while maintaining accurate representation of ionic positions in the crystal lattice.

Code	Particulars	Packing
58032	Sodium Chloride - Open 36 Atoms	1 Pc

Recognized among the best manufacturers and suppliers, Polylab continues to provide innovative and reliable science education solutions. This expanded model set is ideal for advanced visualization of solid-state chemistry and crystal structure studies.

Our Application Molecular Model Set - Sodium Chloride - Open 36 Atoms:

Chemistry Teaching : Used to explain ionic bonding and crystal structures in detail.
Classroom Demonstrations : Helps visualize extended lattice systems.
Laboratory Learning : Supports practical study of solid-state chemistry.
Student Education : Enhances conceptual clarity through hands-on modeling.
Academic Workshops : Useful for advanced teaching sessions in chemistry.

Key Features of Molecular Model Set - Sodium Chloride - Open 36 Atoms:

Expanded 36-Atom Structure : Offers a larger and more detailed representation of sodium chloride lattice.
Accurate Ionic Arrangement : Clearly demonstrates sodium and chloride ion positioning.
Durable Construction : Made for repeated classroom and laboratory use.
Easy Assembly System : Simplified design for quick model building.
Enhanced Visualization : Improves understanding of crystal lattice formation.

Why Choose Us for Molecular Model Set - Sodium Chloride - Open 36 Atoms:

Consistent Product Quality : Manufactured under strict quality control standards.
Wide Educational Acceptance : Trusted by schools, colleges, and training institutes.
Precision Engineering : Ensures accurate structural representation.
Cost-Effective Learning Tool : Durable and reusable for long-term use.
Reliable Distribution Network : Ensures timely availability and supply.

Frequently Asked Questions Molecular Model Set - Sodium Chloride - Open 36 Atoms

This expanded set is the best because it provides a larger, more comprehensive representation of the NaCl lattice with perfect 1:1 stoichiometry. The 36 atoms (18 Na, 18 Cl) allow construction of a 4x4x4 lattice section that clearly shows multiple complete unit cells and demonstrates lattice periodicity across an extended volume. The perfect balance of sodium and chlorine atoms accurately represents the 1:1 stoichiometry and allows for symmetric lattice termination. This larger, more complete visualization provides the top rated understanding of how individual unit cells repeat to form macroscopic crystals.

The 36-atom version offers significant advantages for advanced study. It provides a 4x4x4 lattice representation versus the 3x3x3 of the 27-atom set, showing more complete unit cells and better demonstrating lattice periodicity. The perfect 1:1 stoichiometry (18 Na, 18 Cl) allows for symmetric lattice termination. The larger structure provides enhanced visualization of crystal planes, coordination environments throughout the lattice, and extended periodicity. This makes it the best choice for advanced courses and comprehensive understanding.

Perfect 1:1 stoichiometry means there are equal numbers of sodium and chlorine atoms (18 each) in this set, exactly matching the chemical formula of NaCl. This is important because it allows construction of a lattice section that maintains charge balance throughout and has symmetric termination. It accurately represents the composition of the crystal and allows students to see that ionic compounds must maintain electroneutrality even in extended structures.

The set includes 80 Connectors, which is the optimal quantity for building the 36-atom lattice structure. This enhanced link system ensures the larger model remains rigid and stable while accurately representing all ionic bonds and lattice connections. The connectors allow the construction of a self-supporting open structure ideal for classroom demonstration and study.

Lattice periodicity is the regular, repeating arrangement of atoms or ions in a crystal. This set demonstrates periodicity by allowing construction of multiple adjacent unit cells. Students can see how the same pattern of sodium and chlorine ions repeats in all three dimensions, building up the macroscopic crystal from identical building blocks. This visual demonstration is the top rated for understanding crystallinity.

This 36-atom sodium chloride set is designed for advanced study. It is ideal for upper-level undergraduate courses in inorganic chemistry, solid-state chemistry, and materials science. It is particularly valuable for graduate-level courses in crystallography and advanced materials. The larger, more comprehensive structure makes it the best choice for in-depth exploration of crystal structure concepts at advanced levels.

The 36-atom (4x4x4) construction allows students to identify several complete unit cells within the larger lattice. They can pick out individual face-centered cubic unit cells and see how they share faces to build the extended structure. This clear demonstration of how unit cells assemble into crystals is the best for understanding crystallography.

While the set itself shows a perfect, defect-free lattice, it provides an excellent reference for discussing crystal defects. By understanding the ideal structure shown in this model, students can better appreciate how defects like vacancies, interstitials, or substitutions would disrupt the regular pattern. This makes it the best foundation for advanced discussions of real crystals.

Open models, like this one, use connectors to create a cage-like structure where interior ions are visible. This allows observation of the three-dimensional arrangement throughout the lattice. Closed models would obscure interior ions. The open design is the best for teaching about unit cells, coordination, and periodicity because students can see the complete structure.

The Molecular Model Set - Sodium Chloride - Open 36 Atoms (Code 58032) is supplied individually, with one complete set per pack. Each set includes all 18 Sodium (VI) atoms, 18 Chlorine (VI) atoms, and 80 Connectors, providing everything needed for comprehensive expanded NaCl crystal structure modeling in a single specialized package.