ATOMIC MODEL SET (EURO DESIGN)

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ATOMIC MODEL SET (EURO DESIGN) Specification

Temperature Resistance
Up to 80C

Shape
Spherical (for atoms) and rods (for connectors)

Features
Colour-coded atoms, multiple connecting links, easy assembly and disassembly

Control Type
Manual assembly

Type
Atomic Model Set (Euro Design)

Equipment Type
Molecular Model Set

Equipment Materials
High-grade plastic and PVC

Material
High-quality molded plastic (polypropylene, PVC)

Application
Educational model for demonstrating atomic and molecular structures

About ATOMIC MODEL SET (EURO DESIGN)

ATOMIC MODEL SET (EURO DESIGN)

This set consists of moulded balls of different colours & sizes along with connectors of different sizes. The sizes & shapes of the balls & connecting lugs have been designed in accordance with internationally acceptable standards.

Material : Polystyrene

CODE NO.	PARTICULARS	PACKING (Pcs)
58011	Atomic Model Set (Euro Design) - Student Set	1
58012	Atomic Model Set (Euro Design) - Teacher Set	1

Versatile Components for Advanced Molecular Modeling

This Atomic Model Set offers both rigid and flexible connectors, allowing users to illustrate a wide range of chemical bonds, including single, double, and triple bonds. The color-coded atoms are crafted to align with international standards, ensuring accurate identification of elements. The kit enables students to construct complex organic and inorganic molecules, deepening their grasp of chemical bonding and molecular geometry.

Durable, Safe, and Reusable Materials

Manufactured from high-grade polypropylene and PVC, all components are safe, non-toxic, and designed to withstand temperatures up to 80C. The robust construction ensures the set remains reusable for multiple experiments, making it both economical and sustainable for educational institutions.

Easy Storage and Assembly with Comprehensive Instructions

The model set is packed in a sturdy plastic box, providing simple organization and portability. Each kit includes clear assembly instructions, guiding users seamlessly through the construction process. This facilitates smooth integration into classroom and laboratory activities, while promoting self-guided learning.

FAQs of ATOMIC MODEL SET (EURO DESIGN):

Q: How is the ATOMIC MODEL SET (EURO DESIGN) assembled and used in classrooms?

A: The set is manually assembled by connecting the color-coded balls (atoms) with flexible or rigid rods (connectors), following the included assembly instructions. It is ideally used for building molecular models during science lessons or laboratory experiments, helping students visualize both organic and inorganic chemical structures.

Q: What kinds of molecular structures can be created with this model set?

A: Users can construct a variety of molecular structures, including simple diatomic molecules, complex organic compounds, and inorganic frameworks, thanks to multiple connector types and the inclusion of different element representations. The set allows demonstration of single, double, and triple bonds accurately.

Q: When is this atomic model set recommended for use?

A: This kit is suitable for use in both school and college science laboratories or classrooms whenever hands-on visualization and demonstration of molecular and atomic concepts are required, such as during chemistry lessons, practical exams, or science projects.

Q: Where can the atomic model set be stored when not in use?

A: The set is supplied in a robust plastic box or kit form, making it easy to store, transport, and keep all components organized and protected between uses.

Q: What is the process for cleaning and maintaining the model set?

A: To maintain the set, simply wipe the plastic components with a damp cloth and mild soap. Avoid exposure to temperatures above 80C. The non-toxic, high-grade plastic ensures the set remains safe and durable over multiple uses.

Q: What are the key benefits of using the ATOMIC MODEL SET (EURO DESIGN) for students?

A: This set enhances students understanding of chemical bonding, molecular geometry, and the structure of compounds through hands-on learning. Its reusable, color-coded components support repeated practice, active participation, and clearer comprehension of abstract chemistry concepts.

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