Molecular Model Set – Water / Ice

Quick answer: The Water/Ice Molecular Model Set is a physical model used to visualize H2O molecular geometry, hydrogen bonding, and the hexagonal symmetry of Ice Ih for chemistry and earth science teaching.

This model set gives students a hands-on way to see how individual water molecules are shaped and how hydrogen bonding between them produces the open, hexagonal lattice structure of ordinary ice (Ice Ih). It is a useful tool for illustrating phase transitions between liquid water and ice, and for explaining why ice is less dense than liquid water — a density anomaly with direct relevance to meteorological and earth science teaching as well as general chemistry.

Fuller Description

Water’s molecular geometry and hydrogen-bonding behavior explain many of its unusual physical properties, but these concepts are often hard to visualize from diagrams alone. This model set lets students physically build and examine the bent H2O molecule and see how multiple molecules hydrogen-bond into the hexagonal crystal lattice that defines ice. It pairs well with other molecular model sets for a broader chemistry teaching library covering different bonding types and molecular geometries.

Specifications

Care & Handling

• Store atoms and connectors in the organizer case between classroom uses.
• Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
• Check connector joints periodically for wear from repeated assembly.
• Keep small pieces away from young children not directly supervised during the lesson.

Why Choose LabEquip

LabEquip supplies a full Educational Science Models range, including the Sucrose Molecular Model Set for a broader chemistry teaching library. Visit our homepage to browse our complete catalog of classroom and laboratory teaching equipment.

Frequently Asked Questions

What does this model set help teach?
It helps teach H2O molecular geometry, hydrogen bonding, and the hexagonal symmetry of Ice Ih, along with related concepts like phase transitions and density anomalies.

Why does the model matter for understanding ice density?
The hydrogen-bonded hexagonal lattice structure shown by the model helps explain why ice is less dense than liquid water, a key density anomaly relevant to earth science and meteorology teaching.

How many atoms and bonds are included?
The exact piece count is not specified for this listing. Please confirm current contents with our sales team before ordering.

What level of course is this suited for?
It is designed for school and college-level chemistry and earth science coursework covering molecular geometry and hydrogen bonding.

Does this pair with other molecular model sets?
Yes, it pairs well with other molecular model sets, such as our Sucrose Molecular Model Set, for a broader chemistry teaching library.

Does LabEquip offer institutional or bulk pricing?
Yes. Contact our sales team at [email protected] for institutional quotations and bulk-order pricing.

Last Updated: September 2026