LINKTOR Chemistry Molecular Easy to Learn Science Models & Kits with 136 Atoms, 1.76 lbs, 444 Pieces

LINKTOR Chemistry Molecular Easy to Learn Science Models & Kits with 136 Atoms, 1.76 lbs, 444 Pieces

• LINKTOR Chemistry Molecular Easy to Learn Science Models & Kits with 136 Atoms, 1.76 lbs, 444 Pieces
• Comprehensive molecular model kit featuring 444 pieces, including 136 atoms, 158 bonds, and 150 parts for Carbon-60 (Fullerene), suitable for students from Grade 7 to Graduate level
• Includes two types of chemical structure models: ball-and-stick models that represent atoms with spheres and chemical bonds with sticks, and space-filling models that accurately depict the proximity of atoms in real molecules
• 3D chemistry educational model that effectively displays chemical structures, molecular bonds, and bond angles, facilitating the demonstration of fundamental molecular geometry and stereochemistry
• Designed for easy learning with a universal color standard for each atom, ensuring straightforward assembly and disassembly of atoms and chemical bonds
• Our amazing chemical molecular model contains 136 atoms, 158 chemical bonds and a set of fullerene sets (60 carbon atoms and 90 bonds), with a total of 440 parts. Almost two times as much as the same product on the market
• There are three kinds of chemical models that we can achieve:
• 1. Ball-and-stick models
• Ball-and-stick models use spheres to represent atoms and sticks to represent chemical bonds. The advantage of ball-and-stick models is that they show the correct angles between the bonds. However, the relative sizes of the spheres do not always match the relative sizes of the atoms they represent
• 2. Space-filling models
• In real molecules, however, the atoms touch each other. Both of these disadvantages are overcome with space-filling models, in which the spheres are drawn to scale and are next to one another as atoms are in real molecules. The disadvantage of space-filling models is that the bond angles between atoms may be hard to see
• 3. Fullerene models
• Fullerene is the third isomorphic body found in elemental carbon. The structure of fullerene is similar to the representative work of architect Fuller, so it is called fullerene
• Our guarantee
• If you have any doubts, please let us know by email. We will reply to you as soon as possible
• If there are any problems after buying, we will provide refund or replacement service