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Molecular Model Set - Inorganic / Organic Set - Teacher

Name: Molecular Model Set - Inorganic / Organic Set - Teacher
Brand: PolyLab

Material : PS / PE

HSN Code : 90230010

Polylab introduces top rated and best Molecular Model Set – Inorganic / Organic Set – Teacher, designed to deliver comprehensive demonstration of both inorganic and organic chemistry concepts in academic environments. This advanced teaching kit enables educators to clearly present molecular structures, bonding patterns, coordination compounds, and spatial arrangements with accuracy and ease.

As trusted manufacturers and suppliers, Polylab focuses on creating professional-grade educational tools that enhance classroom engagement and conceptual clarity. The set includes a wide range of precision-molded atoms and connectors, allowing teachers to construct simple to complex molecular models for effective explanation.

Manufactured using high-quality, durable materials, the Polylab Molecular Model Set ensures long-term usage in classrooms and laboratories. Its well-organized design supports quick identification of components, enabling smooth demonstrations without interruptions.

Code	Particulars	Packing
58023	Inorganic / Organic Set - Teacher	1 Pc

Recognized among the best manufacturers and suppliers, Polylab continues to deliver reliable and innovative lab solutions. This teacher-oriented model set is ideal for simplifying complex topics and improving student understanding through visual and hands-on learning.

Our Application Molecular Model Set - Inorganic / Organic Set - Teacher:

Classroom Demonstrations : Ideal for explaining complex chemical structures interactively.
Laboratory Teaching : Supports practical visualization of molecular concepts.
Advanced Chemistry Education : Useful for explaining coordination chemistry and bonding theories.
Training Programs : Suitable for academic and professional teaching sessions.
Concept Clarification : Helps in simplifying difficult topics for better student understanding.

Key Features of Molecular Model Set - Inorganic / Organic Set - Teacher:

Comprehensive Teaching Set : Covers both inorganic and organic molecular modeling for complete concept demonstration.
Precision-Molded Components : Ensures accurate representation of bond angles and molecular geometry.
Wide Variety of Parts : Enables construction of diverse chemical structures and coordination compounds.
Durable Construction : Designed for continuous classroom and laboratory use.
Organized Storage System : Allows easy access and efficient management of components during lectures.

Why Choose Us for Molecular Model Set - Inorganic / Organic Set - Teacher:

Consistent Product Quality : Manufactured under strict quality standards for accurate and reliable performance.
Wide Academic Acceptance : Preferred by educators, institutions, and training centers.
Advanced Design Approach : Developed for clarity, precision, and effective teaching.
Cost-Effective Investment : Durable and reusable, providing long-term value.
Reliable Supply Network : Ensures timely delivery and easy availability.

Frequently Asked Questions Molecular Model Set - Inorganic / Organic Set - Teacher

This teacher set is the best because it provides complete coverage of both inorganic and organic chemistry in a single comprehensive package. With 113 total atoms including 14 Metal atoms in multiple oxidation states (I through VI), plus extensive Carbon, Oxygen, Nitrogen, Sulphur, and Phosphorus in various valence configurations, educators can model everything from simple organic molecules to complex coordination compounds. The dual link system with Orbital 2D links and standard Connectors ensures accurate bond representation across both disciplines. This unmatched versatility makes it the top rated choice for university-level chemistry instruction.

The multiple valence states (indicated by Roman numerals I through VI) allow accurate representation of elements in different oxidation states and bonding geometries. For metals, this is essential for teaching coordination chemistry—for example, showing the difference between square planar Pt(II) and octahedral Pt(IV) complexes. For non-metals like Sulphur, II, IV, and VI configurations allow modeling of sulfides, sulfoxides, and sulfonates. This variety provides the best accuracy for teaching oxidation state effects on molecular geometry and is the top rated feature for advanced inorganic instruction.

This teacher set includes a total of 113 atoms: CARBON (IV, V) - 20, OXYGEN (I, II, IV) - 27, HYDROGEN (I, II) - 14, NITROGEN (III, IV) - 10, SULPHUR (II, IV, VI) - 13, PHOSPHORUS (III, IV, V) - 7, HALOGEN (I) - 8, and METAL (I, II, III, IV, VI) - 14. This comprehensive collection provides the best resources for teaching the full spectrum of chemistry.

Standard Connectors (95 included) represent sigma bonds—the single bonds that form the basic framework of all molecules. Orbital 2D links (18 included) are specially designed to represent pi bonds, showing the side-by-side orbital overlap that characterizes double and triple bonds in organic chemistry, as well as pi bonding interactions in inorganic complexes. They are the best for teaching about conjugation, resonance, and delocalized electron systems across both disciplines.

With 14 Metal atoms in I, II, III, IV, and VI configurations, you can build an extensive range of coordination complexes including: octahedral complexes (e.g., [Co(NH3)6]³⁺), square planar complexes (e.g., [PtCl4]²⁻), tetrahedral complexes (e.g., [NiCl4]²⁻), linear complexes, and complexes with mixed ligands. You can model geometric isomers (cis/trans), optical isomers (chiral complexes), and demonstrate crystal field theory predictions. This versatility makes it the best for inorganic chemistry teaching.

Absolutely. This teacher set is specifically designed for advanced chemistry instruction at the university level, including graduate courses. The comprehensive element selection with multiple oxidation states, the dual link system, and the extensive component count (113 atoms, 113 links) provide the best resources for modeling complex structures encountered in advanced inorganic chemistry, organometallic chemistry, bioinorganic chemistry, and physical organic chemistry. It is the top rated choice for graduate-level teaching and research group demonstrations.

Oxygen in multiple configurations allows accurate modeling of different oxygen-containing species: Oxygen (I) represents oxygen in peroxides and superoxides, Oxygen (II) represents the typical bent geometry in water, alcohols, and oxides, and Oxygen (IV) represents oxygen in higher oxidation states or special bonding situations. This variety is essential for inorganic chemistry where oxygen appears in diverse bonding environments, making this set the best for comprehensive oxygen chemistry teaching.

Yes, this set is the best for modeling organometallic compounds. The combination of Metal atoms in multiple oxidation states with Carbon (IV, V) and other organic elements allows accurate representation of structures like ferrocene, metal carbonyls, Grignard reagents, transition metal alkyls, and catalytic intermediates. The Orbital 2D links can represent pi bonding in metal-olefin complexes. This makes it the top rated for teaching organometallic chemistry and homogeneous catalysis.

Hydrogen (I) represents typical hydride hydrogen found in organic compounds and simple hydrides. Hydrogen (II) represents bridging hydrogens found in inorganic complexes such as diborane (B2H6) and transition metal hydride clusters. This dual representation provides the best accuracy for modeling the full range of hydrogen bonding environments in inorganic chemistry and is the top rated feature for advanced inorganic instruction.

The Molecular Model Set - Inorganic / Organic Set - Teacher (Code 58023) is supplied individually, with one complete set per pack. Each set includes all 113 atoms, 18 Orbital 2D links, and 95 Connectors, providing everything an educator needs for advanced inorganic and organic chemistry instruction in a single comprehensive package.