Design-Your-Own Custom Molecular Modeling Set Kit Manufacturer,Supplier and Exporter in India
Product Code : SCL-EK-11073
A
"Design-Your-Own Custom Molecular Modeling Set" offers numerous
color-coded atoms and various bonds for building 2D/3D structures.
As a global leader
in the manufacture and export of scientific instruments and laboratory
glassware, we operate our own specialized polymer fabrication facilities. This
vertical integration ensures a superior product that resellers cannot match:
·
Stringent Material Consistency: We utilize high-density polypropylene for atomic centers
and premium flexible vinyl for bond connectors, ensuring a secure
"friction-fit" that remains durable over years of classroom use.
·
Direct-to-Institution Pricing: By owning the production line, we bypass the supply
chain markups associated with third-party vendors, delivering more components
per dollar.
·
Uncompromising Quality Control: Every batch of atoms is color-coded to international CPK Coloring standards, ensuring that carbon, oxygen, nitrogen, and
hydrogen models are instantly recognizable and scientifically accurate.
Comprehensive
Technical Specifications
This expansive
laboratory set is designed for maximum versatility, providing a massive
inventory of components to support multiple large-group configurations or
complex individual research projects.
·
Total Atomic Centers: 480 color-coded polypropylene atoms.
·
Bond Connectors: 300 flexible vinyl links for single, double, and triple
bond simulation.
·
Geometry Support: Atoms feature precise angular drilling to represent
tetrahedral, trigonal planar, and linear molecular geometries.
·
Tactile Reliability: Components are engineered to be easily assembled by
students while maintaining structural integrity during observation.
Scientific Context
& Topical Authority
Molecular
modeling is an essential tool for understanding Stereochemistry and Valence Shell Electron Pair
Repulsion (VSEPR). This
kit provides the physical framework for students to investigate:
·
Isomerism: Constructing structural isomers and enantiomers to
visualize how the same atoms can form entirely different substances.
·
Bond Saturation: Using flexible connectors to demonstrate the difference
between saturated and unsaturated fats through the creation of double and
triple bonds.
·
Polymerization: Utilizing the large inventory of 480 atoms to build
long-chain macromolecules.
Academic
and Research Integration:
·
Explore the
historical significance of Molecular Models in the discovery of the DNA double helix on Wikipedia.
·
Review peer-reviewed
studies on the efficacy of Tactile Models in Chemistry
Education via Google Scholar to understand why hands-on visualization
remains superior to 2D diagrams.
Customization and
Flexibility
This set is not
just a kit; it is a resource for custom laboratory design. Whether you are
teaching the basics of covalent bonding or the complexities of biochemistry,
our factory-direct assortment provides the flexibility needed to build exactly
what your curriculum demands.
