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Material : Polyethylene / LDPE
HSN Code : 90230010
Polylab presents top rated and best Crystal Model Set, designed to help students and educators understand the fundamental arrangement of atoms, ions, and molecules in various crystalline solids through a clear and interactive 3D learning approach. This educational kit makes it easy to visualize how particles are arranged in a highly ordered and repeating pattern, forming different crystal systems used in chemistry and material science.
As trusted manufacturers and suppliers, Polylab focuses on delivering high-quality scientific educational tools that simplify complex theoretical concepts into practical learning experiences. The crystal model set allows users to construct multiple types of lattice structures, helping them understand unit cells, coordination, symmetry elements, and packing efficiency in a very effective and visual manner.
Manufactured using durable, precision-engineered components, the Polylab Crystal Model Set ensures long-lasting performance even under continuous academic use in classrooms and laboratories. Its well-structured and easy-to-handle design supports smooth assembly of different crystal systems, making demonstrations more interactive and concept-oriented for students.
Code | Particulars | Packing |
|---|---|---|
58101 | Diamond | 1 Pc |
58102 | Sodium Chloride | 1 Pc |
58103 | Graphite | 1 Pc |
Recognized among the best manufacturers and suppliers, Polylab continues to provide innovative and reliable educational solutions for science learning. This model set plays an important role in strengthening the conceptual foundation of solid-state chemistry through practical visualization and hands-on construction activities.
Solid-State Chemistry Education : Widely used for teaching crystal structures, lattice parameters, and unit cell formation in schools, colleges, and universities with clear visual demonstration support.
Material Science Learning : Helps in understanding atomic arrangement in metals, salts, and other crystalline materials used in engineering and scientific applications.
Classroom Demonstrations : Ideal for teachers to explain complex crystal geometry concepts through live model building and interactive student participation.
Laboratory Training Sessions : Useful in practical chemistry labs for hands-on learning of structural chemistry and spatial arrangement concepts.
Academic Research & Workshops : Supports advanced discussions and training programs related to crystallography and structural analysis techniques.
Multiple Crystal System Compatibility : Designed to represent a wide range of crystal structures including cubic, tetragonal, and hexagonal systems with accurate spatial arrangement for better conceptual clarity.
Advanced 3D Structural Visualization : Helps students clearly understand how atoms or ions are arranged in three-dimensional repeating patterns within different types of crystalline solids.
High Durability & Reusable Design : Manufactured from strong, long-lasting materials that can withstand repeated assembly and disassembly during regular classroom and laboratory usage.
Precision Engineering Components : Ensures accurate positioning of particles within the lattice structure, supporting correct understanding of symmetry and packing concepts.
Student-Friendly Assembly System : Designed for easy handling and quick construction, allowing learners to focus more on concepts rather than complex setup procedures.
Consistent Product Quality Assurance : Every unit is manufactured under strict quality control processes to ensure accuracy, durability, and reliable performance in educational environments.
Widely Trusted Educational Brand : Preferred by schools, colleges, universities, and training institutes for delivering dependable science education tools across various academic levels.
Advanced Manufacturing Standards : Developed using precise engineering techniques that ensure correct structural representation and long-term usability of every component.
Cost-Effective Learning Solution : Offers excellent value with reusable components that support continuous learning without frequent replacement costs.
Strong Distribution & Supply Network : Ensures timely availability of products across regions, supporting uninterrupted academic and institutional requirements.
PolyLab is recognized as the best manufacturer of crystal models because of our commitment to precision, durability, and educational value. As a leading exporter to educational institutions worldwide, we understand exactly what educators need. These Crystal Model Sets exemplify why PolyLab is considered the top rated manufacturer—every jack is precision-molded in the correct colors, connectors are available in two lengths for accurate bond representation, and each set comes with illustrated instructions for correct assembly. Our position as a premier exporter means we compete globally and must maintain the highest standards, making PolyLab the best manufacturer and exporter in the field.
The PolyLab 96 Crystal Model Set series includes three separate sets: Diamond (Code 58101) showing the tetrahedral covalent network of carbon atoms, Sodium Chloride (Code 58102) showing the face-centered cubic ionic lattice of NaCl, and Graphite (Code 58103) showing the layered hexagonal structure of carbon. Each set from this premier manufacturer contains the exact number of colored jacks and connectors needed to build its specific crystal structure.
In these crystal model sets from PolyLab, a trusted manufacturer, the color-coded jacks represent different atoms or ions: Black jacks represent carbon atoms in the Diamond and Graphite sets, Red and White jacks represent sodium and chloride ions respectively in the Sodium Chloride set. This color-coding provides the best visual clarity for distinguishing between different elements in crystal lattices, making it easy for students to understand the arrangement of atoms.
The dual connector types from PolyLab, the best manufacturer, serve different purposes. Short connectors represent strong covalent bonds within graphite layers and in the diamond structure. Long connectors represent the weaker van der Waals forces between graphite layers and can also help create the open structure needed for visualizing unit cells. This attention to different bond types makes these sets the top rated for accurate crystal structure representation.
As a leading exporter to over 50 countries, PolyLab understands the diverse needs of international educators. Our experience as a global exporter means we package our crystal model sets for safe international shipping, provide clear multilingual instructions, and maintain quality standards that satisfy educational systems worldwide. This exporter expertise, combined with our reputation as a top rated manufacturer, makes PolyLab the best choice for institutions everywhere seeking quality crystal models.
These crystal model sets from PolyLab, the premier manufacturer and exporter, are suitable for a wide range of educational levels. They are excellent for high school chemistry when introducing crystal structures. They are ideal for undergraduate courses in solid-state chemistry, materials science, and mineralogy. They are also valuable for graduate-level discussions of crystallography. The hands-on assembly and clear visualization make them the best for learners at any level.
The Graphite model from PolyLab, the best manufacturer, uses short connectors within each layer to represent strong covalent bonds, and long connectors between layers to represent weak van der Waals forces. This clearly demonstrates why graphite is strong within layers (giving it lubricating properties when layers slide) but weak between layers. This visual representation of anisotropy is the top rated feature for understanding this important materials science concept.
Each crystal model set—Diamond (58101), Sodium Chloride (58102), and Graphite (58103)—is available separately from PolyLab, a trusted manufacturer and exporter. This allows educators to purchase exactly the structures they need for their curriculum. Each set comes complete with all required jacks, connectors, and illustrated instructions in its own package, reflecting why PolyLab is the best manufacturer for flexible educational solutions.
PolyLab, as a responsible manufacturer and exporter, includes everything needed to build one complete crystal structure in each set: the prescribed number of colored jacks (Red, Black, and/or White as appropriate), the required number of long and short connectors, and illustrated assembly instructions. All plastic parts are included in the package, ready for assembly. This complete package reflects why PolyLab is the best manufacturer—we provide everything you need, nothing missing.
PolyLab offers a comprehensive range of high-quality plastic laboratory ware designed for accuracy, durability, and everyday laboratory applications across education, research, healthcare, and industrial sectors.
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