Diamond Crystal Model Manufacturer,Supplier and Exporter in India

Product Code : SCL-MTP-12481

The Diamond Crystal Model is an educational molecular structure model containing 84 carbon atoms in an octahedral configuration, used for teaching diamond structure, carbon bonding and structure-property relationships. Designed for teacher demonstrations at advanced levels of education, the model provides a three-dimensional reference for studying the atomic arrangement of diamond.

Product Description

The Diamond Crystal Model helps teachers explain the three-dimensional network structure of diamond using a physical model rather than relying only on flat diagrams. The model has an octahedral shape, contains 84 carbon atoms and measures 22 cm in height.

Diamond is a carbon allotrope in which each carbon atom forms covalent bonds within an extended three-dimensional structure. This model supports discussions of crystal structure, chemical bonding, carbon allotropes and the relationship between atomic arrangement and physical properties.

Key Features

• 84-carbon-atom structure: Contains 84 carbon atoms for detailed classroom observation of the represented diamond structure.
• Octahedral configuration: The assembled model has an octahedral shape for three-dimensional visual study.
• 22 cm model height: Provides a clearly visible format for teacher-led classroom demonstrations.
• Advanced chemistry teaching aid: Suitable for advanced levels of education.
• Supports structure-property learning: Helps students relate atomic arrangement to the physical characteristics of diamond.
• Useful for carbon allotrope comparison: Can be studied alongside a graphite model to compare different arrangements of carbon atoms.
• Hands-on molecular visualisation: Makes complex three-dimensional bonding concepts easier to examine than two-dimensional diagrams alone.

Technical Specifications

What's Included in the Kit

• One Diamond Crystal Model kit configured to represent an octahedral structure containing 84 carbon atoms

No additional accessories or separate components should be claimed unless confirmed in the final supplied configuration.

Applications / Uses

• Teaching the three-dimensional crystal structure of diamond.
• Explaining carbon-carbon covalent bonding in diamond.
• Supporting lessons on carbon allotropes.
• Comparing diamond and graphite structures.
• Exploring relationships between atomic structure and physical properties.
• Supporting advanced chemistry demonstrations and classroom discussions.

For related teaching resources, explore the Materials and their Properties equipment category, compare carbon structures using the Graphite Model, construct additional molecular and crystal structures with the Orbit Basic Structures Class Set, or study orbital concepts with the Molecular Orbital Organic Structures Set.

How to Use the Diamond Crystal Model

1. Place the assembled model on a clean, stable classroom or laboratory surface.
2. Ask students to observe the overall octahedral configuration.
3. Identify the represented carbon atoms and examine their three-dimensional arrangement.
4. Explain how carbon atoms form an extended covalent network in diamond.
5. Compare the model with a graphite structure model to examine different arrangements of the same element.
6. Use the model to discuss bonding, allotropy and structure-property relationships.

Safety and handling note: Handle the model carefully during assembly, demonstrations and storage. Avoid applying excessive force to individual atoms or connecting components.

Care & Maintenance

• Remove surface dust with a soft, dry cloth or suitable soft brush.
• Store the model in a dry location away from direct impact.
• Avoid unnecessary pulling, twisting or bending of structural components.
• Check the assembled model periodically and secure loose components where applicable.

Why Choose School Equipments

School Equipments manufactures and exports scientific laboratory instruments, experiment setups, science kits, mathematics kits, didactic models and STEM educational equipment. Its chemistry range includes molecular models, crystal structure models and teaching resources for practical classroom study. The Diamond Crystal Model provides verified structural specifications for teachers, institutions and educational-equipment buyers. School Equipments also supplies educational laboratory equipment for international requirements.

Frequently Asked Questions

What is a Diamond Crystal Model used for?

A Diamond Crystal Model is used to teach the three-dimensional atomic structure of diamond, carbon-carbon bonding, crystal structures and the relationship between atomic arrangement and material properties.

How many carbon atoms are in this Diamond Crystal Model?

The model contains 84 carbon atoms.

What is the shape of the Diamond Crystal Model?

The verified product specification describes the model shape as an octahedron.

What is the height of the Diamond Crystal Model?

The model has a specified height of 22 cm.

Can this model be compared with a graphite model?

Yes. Comparing diamond and graphite models helps students understand how different arrangements of carbon atoms produce different structural forms of the same element.

Is the Diamond Crystal Model suitable for advanced chemistry education?

Yes. The verified product information specifies that the model is suitable for advanced levels of education and intended for teacher use.

Explore more molecular, crystal and material-science teaching resources in the Materials and their Properties category from School Equipments.