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- Molecular Model Set - Graphite
Material : PS / PE
HSN Code : 90230010
Polylab presents top rated and best Molecular Model Set – Graphite, specially designed to help students and educators understand the layered structure and bonding pattern of graphite in a clear and visual manner. This educational model demonstrates how carbon atoms are arranged in hexagonal layers, making complex solid-state concepts easier to grasp.
As trusted manufacturers and suppliers, Polylab focuses on delivering high-quality scientific learning tools that strengthen conceptual understanding. The graphite model set is designed to show the planar arrangement of carbon atoms and the weak forces between layers, helping explain properties like conductivity and softness.
Manufactured using durable and precision-molded components, the Polylab Graphite Model Set ensures long-term use in classrooms and laboratories. Its structured design allows easy assembly of layered configurations, providing an accurate representation of graphite’s unique crystal structure.
Code | Particulars | Packing |
|---|---|---|
58030 | Graphite | 1 Pc |
Recognized among the best manufacturers and suppliers, Polylab continues to provide innovative and reliable science education products. This model set is ideal for visualizing advanced chemistry concepts related to carbon allotropes and solid-state structures.
Chemistry Education : Used to teach carbon allotropes and solid-state structures.
Classroom Demonstrations : Helps visualize layered molecular arrangements.
Student Learning : Supports hands-on understanding of graphite structure.
Laboratory Teaching : Useful for explaining bonding and material properties.
Academic Workshops : Ideal for interactive science education sessions.
Layered Structure Design : Clearly demonstrates hexagonal layers of carbon atoms in graphite.
Accurate Bond Representation : Shows strong covalent bonds within layers and weak interlayer forces.
Durable Build Quality : Designed for repeated academic and laboratory use.
Easy Assembly System : Simplified components for quick model construction.
Clear Concept Visualization : Enhances understanding of graphite properties and structure.
Consistent Product Quality : Manufactured under strict standards for accurate learning models.
Wide Academic Acceptance : Trusted by schools, colleges, and institutions.
Precision Engineering : Ensures correct structural representation of graphite.
Cost-Effective Solution : Durable and reusable for long-term educational use.
Reliable Supply Network : Ensures timely delivery and availability.
This specialized set is the best because it focuses exclusively on the unique structure of graphite, allowing deep exploration of this important carbon allotrope. The 45 specially designed Carbon (V) atoms feature the correct trigonal planar geometry (120° bond angles) that creates the characteristic hexagonal rings of graphite. By building extended planar networks and stacking multiple layers, students can visualize how the same carbon atoms can arrange into this layered structure versus the tetrahedral diamond structure. This focused approach provides the top rated understanding of how atomic arrangement determines macroscopic properties.
The Carbon (V) atoms in this set feature a unique five-hole configuration specifically engineered for modeling graphite. In graphite, each carbon forms three sigma bonds within the plane (using three of the five holes) and participates in delocalized π bonding above and below the plane. The five-hole design allows accurate representation of this bonding pattern and ensures the correct 120° bond angles that create the hexagonal ring structure. This specialized design makes these atoms the best for accurate graphite modeling.
This graphite set includes 45 Carbon (V) atoms and 72 Connectors. This quantity provides ample resources for building a substantial portion of a graphene sheet with multiple fused hexagonal rings, as well as demonstrating layered stacking. The 72 connectors are sufficient for constructing the planar network and can also be used to represent interlayer interactions.
With 45 Carbon atoms, you can construct a representative section of a graphene sheet containing multiple fused hexagonal rings, demonstrating the extended two-dimensional structure. You can also build multiple smaller graphene fragments and stack them to show the layered structure of graphite, including the ABAB stacking pattern. This quantity is the best balance for comprehensive visualization without being overwhelming.
Graphene is a single layer of graphite, so understanding graphite structure is the best foundation for understanding graphene. With this set, students can build a single-layer sheet to visualize the 2D honeycomb lattice that gives graphene its remarkable properties. This makes the set the top rated for introducing nanotechnology and 2D materials concepts.
Anisotropy means having different properties in different directions. Graphite is highly anisotropic—it is strong and conductive within planes, but weak and lubricating between planes. By building the layered structure with this set, students can see how strong covalent bonds within layers versus weak van der Waals forces between layers create this directional dependence. This makes the set the best for teaching this fundamental materials science concept.
While this set is specialized for graphite, it is the best complement to diamond model sets for teaching allotropy. By comparing the planar hexagonal structure built with this set with the tetrahedral structure of diamond (available in separate Polylab sets), students can understand how the same carbon atoms can form two completely different materials with vastly different properties. This comparison is the top rated for demonstrating structure-property relationships.
This graphite set is suitable for a range of educational levels. It is excellent for advanced high school chemistry (AP/IB) when covering allotropy and materials. It is ideal for undergraduate inorganic chemistry, solid-state chemistry, and materials science courses. It is also valuable for graduate-level discussions of carbon materials, intercalation compounds, and nanotechnology. The focused, specialized nature makes it the best for in-depth study at any level.
The Molecular Model Set - Graphite (Code 58030) is supplied individually, with one complete set per pack. Each set includes all 45 Carbon (V) atoms and 72 Connectors, providing everything needed for comprehensive graphite structure modeling in a single specialized package.
General chemistry sets typically lack the specialized atoms needed for accurate graphite modeling. The Carbon (V) atoms in this set are specifically designed with the correct geometry for the hexagonal graphite lattice, ensuring accurate bond angles and proper representation of the structure. The focused component selection provides ample carbon atoms for building extended networks. This specialization makes this set the best and most accurate tool for graphite education, and the top rated choice for serious study of this important material.
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