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Molecular Model Set - Sucrose (C₁₂H₂₂O₁₁)

Name: Molecular Model Set - Sucrose (C₁₂H₂₂O₁₁)
Brand: PolyLab

Material : PS / PE

HSN Code : 90230010

Polylab presents top rated and best Molecular Model Set – Sucrose (C₁₂H₂₂O₁₁), designed to help students and educators understand the complex structure of carbohydrates through an interactive 3D model. This educational kit visually represents the arrangement of carbon, hydrogen, and oxygen atoms in sucrose, making biochemical concepts easier to learn and explain.

As trusted manufacturers and suppliers, Polylab focuses on delivering high-quality educational models that simplify advanced chemistry and biology topics. The sucrose model set allows accurate construction of the molecule, helping learners understand glycosidic linkage, molecular bonding, and structural configuration.

Manufactured using durable and precision-engineered components, the Polylab Sucrose Molecular Model Set ensures long-lasting use in academic environments. Its color-coded and easy-to-assemble parts provide clear visualization of atomic connections within the sugar molecule.

Code	Particulars	Packing
58037	Sucrose (C₁₂H₂₂O₁₁)	1 Pc

Recognized among the best manufacturers and suppliers, Polylab continues to offer innovative educational tools. This model set is ideal for strengthening conceptual understanding of carbohydrates and biomolecular structures through practical learning.

Our Application Molecular Model Set - Sucrose (C₁₂H₂₂O₁₁):

Biochemistry Education : Used to teach carbohydrate structure and composition.
Classroom Demonstrations : Helps visualize complex sugar molecules.
Student Learning : Supports hands-on understanding of biomolecules.
Laboratory Teaching : Useful for molecular modeling exercises.
Academic Training : Ideal for concept-based learning in chemistry and biology.

Key Features of Molecular Model Set - Sucrose (C₁₂H₂₂O₁₁):

Accurate Molecular Representation : Clearly shows the structure of sucrose (C₁₂H₂₂O₁₁) in 3D form.
Glycosidic Bond Visualization : Helps demonstrate linkage between glucose and fructose units.
Color-Coded Components : Enhances identification of different atoms for better understanding.
Durable Construction : Designed for repeated use in classrooms and laboratories.
Easy Assembly System : Simple design for quick and effective model building.

Why Choose Us for Molecular Model Set - Sucrose (C₁₂H₂₂O₁₁):

Consistent Product Quality : Manufactured under strict standards for reliable performance.
Wide Academic Acceptance : Trusted by schools, colleges, and institutions.
Precision Design Approach : Ensures accurate molecular representation.
Cost-Effective Learning Tool : Durable and reusable for long-term use.
Reliable Supply Network : Ensures timely availability and smooth distribution.

Frequently Asked Questions Molecular Model Set - Sucrose (C₁₂H₂₂O₁₁)

This specialized set is the best because it exactly matches the molecular formula C₁₂H₂₂O₁₁ with 12 Carbon (IV), 22 Hydrogen (I), and 11 Oxygen (II) atoms. This allows construction of one complete sucrose molecule showing both the glucose pyranose ring and the fructose furanose ring connected by the characteristic glycosidic bond. The precise stoichiometry ensures every atom is represented, providing the top rated accuracy for studying disaccharide structure, ring conformations, and the orientation of every hydroxyl group.

Sucrose features a unique α1→β2 glycosidic bond connecting the anomeric carbon of glucose (C1) to the anomeric carbon of fructose (C2). This is different from most disaccharides where the anomeric carbon of one sugar bonds to a non-anomeric carbon of the other. This bond makes sucrose non-reducing and gives it its characteristic properties. This set clearly shows this important structural feature, making it the best for teaching disaccharide chemistry.

In sucrose, glucose exists as a six-membered pyranose ring (similar to cyclohexane) in its most stable chair conformation. Fructose exists as a five-membered furanose ring (similar to cyclopentane). This set allows students to see both ring types and understand how ring size affects sugar conformation and properties, providing the best comparison of these important ring systems.

Sucrose C₁₂H₂₂O₁₁ has 45 atoms but 45 atoms would require approximately 45 bonds (actually 45 atoms in an organic molecule typically have around 45-50 bonds). The 70 connectors provided ensure you have more than enough to build the complete molecule plus spares, and also allow for representing bond angles correctly with multiple connector pieces where needed. This generous quantity is the best for ensuring you can complete the model successfully.

The Link Remover Tool is a specially designed instrument for easily disassembling complex molecular models without damaging components. Sucrose is a relatively large molecule with many bonds, and disassembly by hand can be difficult. This tool provides the best leverage for separating connections and is the top rated for maintaining the set longevity through repeated use in teaching and study.

This sucrose set is suitable for a wide range of educational levels. It is excellent for advanced high school chemistry (AP/IB) when covering carbohydrates. It is ideal for undergraduate organic chemistry and biochemistry courses. It is also valuable for graduate-level studies in glycobiology, natural products chemistry, and food science. Its exact molecular matching makes it the best for in-depth study at any level.

Every hydroxyl group in sucrose has a specific orientation (axial or equatorial, up or down) that determines the sugar properties and how it interacts with biological receptors. This set allows students to see the three-dimensional arrangement of every -OH group, providing the best visualization of carbohydrate stereochemistry and how it differs between the glucose and fructose units.

The set contains exactly the atoms needed for one sucrose molecule. To build glucose and fructose separately would require additional atoms. However, once built, students can clearly identify the glucose and fructose portions within the complete sucrose structure and understand how they connect, which is the best way to learn about disaccharide formation.

Sucrose is non-reducing because both anomeric carbons (C1 of glucose and C2 of fructose) are involved in the glycosidic bond, so neither is free to open to an aldehyde or ketone form. This set clearly shows how both anomeric centers are tied up in the linkage, providing the best visual explanation for this important property.

The Molecular Model Set - Sucrose (C₁₂H₂₂O₁₁) (Code 58037) is supplied individually, with one complete set per pack. Each set includes all 12 Carbon (IV) atoms, 22 Hydrogen (I) atoms, 11 Oxygen (II) atoms, 70 Connectors, and 1 Link Remover Tool, providing everything needed for comprehensive sucrose structure modeling in a single specialized package.