- Easy to Understand: This molecular model is extremely helpful for both teachers and students. It sparks kids' interest in chemistry by turning invisible molecular and atomic shapes into something tangible. This makes it easier for children to grasp molecular geometry and serves as a fantastic hands-on learning tool!
- Great for Teaching Science at All Levels: With 444 pieces, including 136 atoms, 158 bonds, and 150 carbon 60 components, this kit caters to students from 7th grade up to the graduate level.
- Made from Safe Materials: All models are constructed from food - grade, eco - friendly plastics, including new PP plastic for atom balls, LDPE plastic for link bonds, and ABS plastic for the box.
- 3D Chemical Teaching Molecular Model: It can display chemical structures, molecular bonds, and bond angles in various directions. Use it to demonstrate basic molecular geometry, chemical structures, and stereochemistry through 3D modeling.
- Two Types of Chemical Structure Models: The ball - and - stick model uses balls for atoms and sticks for bonds. In the space - filling model, balls are proportionally sized and positioned close to each other, mimicking how atoms are arranged in real molecules.
Easy to Understand: This molecular model is extremely helpful for both teachers and students. It sparks kids' interest in chemistry by turning invisible molecular and atomic shapes into something tangible. This makes it easier for children to grasp molecular geometry and serves as a fantastic hands-on learning tool!
Great for Teaching Science at All Levels: With 444 pieces, including 136 atoms, 158 bonds, and 150 carbon 60 components, this kit caters to students from 7th grade up to the graduate level.
Made from Safe Materials: All models are constructed from food - grade, eco - friendly plastics, including new PP plastic for atom balls, LDPE plastic for link bonds, and ABS plastic for the box.
3D Chemical Teaching Molecular Model: It can display chemical structures, molecular bonds, and bond angles in various directions. Use it to demonstrate basic molecular geometry, chemical structures, and stereochemistry through 3D modeling.
Two Types of Chemical Structure Models: The ball - and - stick model uses balls for atoms and sticks for bonds. In the space - filling model, balls are proportionally sized and positioned close to each other, mimicking how atoms are arranged in real molecules.
