Molecular Model Set – Sodium Chloride – Open 36 Atoms

Quick answer: The Sodium Chloride 36-Atom Open Model is an expanded crystal-lattice model used to visualize NaCl’s extended structure, ionic bonding, and face-centered cubic (FCC) symmetry for crystallography and material science teaching.

This 36-atom open-format model gives students and researchers a broader spatial view of sodium chloride’s extended crystal lattice than a smaller compact model can offer. It is designed to support analysis of ionic bonding patterns and face-centered cubic (FCC) symmetry, making it a useful tool for laboratory demonstrations where a larger, more detailed lattice view helps convey how the repeating unit cell extends through the crystal.

Fuller Description

Sodium chloride is a classic teaching example of ionic bonding and crystal symmetry, and this open, 36-atom format is intended for situations where a more expansive lattice view is useful — for example, demonstrating how the FCC unit cell repeats through the structure. For institutions that also want a smaller, more compact reference model, our 27-atom open and compact NaCl models make useful companion pieces, letting students compare lattice scale and packing side by side.

Specifications

Parameter	Detail
Compound represented	Sodium chloride (NaCl)
Atom count	36 atoms
Format	Open lattice structure
Concept coverage	Ionic bonding, face-centered cubic (FCC) symmetry, extended crystal lattices
Recommended level	College / university crystallography and material science
Materials and construction	Not specified for this listing — confirm with our sales team
Case/storage format	Not specified for this listing — confirm with our sales team

Care & Handling

Store the 36 atom pieces in their case to keep the model complete between uses.
Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
Check connector joints periodically for wear, given the model’s larger size.
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 Sodium Chloride Open Model (27 atoms) and the Sodium Chloride Compact Model for institutions that want a range of lattice scales for comparison. Visit our homepage to browse our complete catalog of classroom and laboratory teaching equipment.

Frequently Asked Questions

What does the 36-atom open model show that smaller models don’t?
Its larger, open format gives a broader spatial view of how the NaCl unit cell repeats through an extended crystal lattice, which can be harder to see in a smaller compact model.

What crystal symmetry does this model demonstrate?
It demonstrates the face-centered cubic (FCC) symmetry and ionic bonding pattern characteristic of the sodium chloride crystal structure.

How is this different from the 27-atom NaCl models?
The 36-atom open model provides an expanded, larger-scale view of the lattice, while the 27-atom open and compact models are smaller reference formats. Institutions often pair them for comparison.

What level of course is this suited for?
It is designed for college and university-level crystallography and material science coursework.

What materials is the model made from?
The exact materials and construction are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?
Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Sodium Chloride – Open 27 Atoms

Quick answer: This 27-atom open-format model shows the sodium chloride (NaCl) face-centered cubic (FCC) crystal lattice with its atoms spaced apart, making the lattice gaps and ionic bonding pattern easy to inspect visually for crystallography and material science teaching.

Fuller Description

Sodium chloride is a classic teaching example of ionic bonding and crystal symmetry, and this open, 27-atom format is built to make that structure easy to see and discuss in a classroom or lab setting. The open architecture spaces the lattice components apart so students can trace how the FCC unit cell repeats, inspect coordination geometry, and identify lattice gaps that a tightly packed compact model can obscure.

For institutions that also want a larger-scale reference, our 36-atom open NaCl model extends the same open-lattice format across a bigger structure, letting students compare how the pattern scales.

Specifications

Parameter	Detail
Compound represented	Sodium chloride (NaCl)
Atom count	27 atoms
Structure type	Open face-centered cubic (FCC) lattice
Exact atom dimensions / color scheme / materials	Not specified for this listing — confirm with our sales team

Applications

Inspecting ionic bonding and coordination geometry in crystallography study
Demonstrating lattice gaps and structural symmetry visually
Material science teaching requiring a clear, open view of lattice structure
Comparative teaching alongside larger or more compact NaCl reference models

Care & Handling

Store in a dry, dust-free location away from direct sunlight to prevent discoloration.
Handle by the connecting rods/atoms rather than pulling on a single piece to avoid loosening the lattice structure.
Clean gently with a soft, dry cloth; avoid solvents or abrasive cleaners.
Keep small connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, compare this model with the 36-atom open NaCl model, or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Sodium Chloride Open Model (27 atoms) used for?

It is used to inspect ionic bonding, coordination geometry, and lattice gaps in the NaCl crystal structure for crystallography and material science teaching.

What does “open” architecture mean for this model?

The open architecture spaces out the lattice components so gaps and structural symmetry are easier to see and inspect than in a tightly packed compact model.

How does this differ from the 36-atom open model?

Both use the same open-lattice format; the 36-atom version is a larger-scale build, useful for comparing how the pattern extends across a bigger structure.

What crystal symmetry does this model demonstrate?

It demonstrates the face-centered cubic (FCC) symmetry and ionic bonding pattern characteristic of the sodium chloride crystal structure.

What materials is the model made from?

The exact materials and construction are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Sodium Chloride – Compact 27 Atoms

Quick answer: This 27-atom compact model shows the sodium chloride (NaCl) face-centered cubic (FCC) crystal lattice in a tightly packed format, giving a clear physical representation of ionic bonding and crystal symmetry for material science and crystallography teaching.

Fuller Description

Sodium chloride is a classic teaching example of ionic bonding and crystal symmetry, and this compact, 27-atom format packs the lattice closely together for a clear, solid view of the overall crystal shape. It supports material science and crystallography teaching by letting students study solid-state chemical architecture directly.

For institutions that also want an expanded, open-lattice view, our 27-atom open NaCl model and 36-atom open NaCl model space the same lattice components apart to make gaps and internal symmetry easier to inspect — useful as comparative teaching pairs.

Specifications

Parameter	Detail
Compound represented	Sodium chloride (NaCl)
Atom count	27 atoms
Structure type	Compact face-centered cubic (FCC) lattice
Exact atom dimensions / color scheme / materials	Not specified for this listing — confirm with our sales team

Applications

Visualizing overall NaCl crystal shape and ionic bonding in a compact format
Material science and crystallography teaching of solid-state architecture
Comparative teaching alongside open-lattice NaCl reference models
General classroom demonstration where a smaller, sturdier build is preferred

Care & Handling

Store in a dry, dust-free location away from direct sunlight to prevent discoloration.
Handle by the connecting rods/atoms rather than pulling on a single piece to avoid loosening the lattice structure.
Clean gently with a soft, dry cloth; avoid solvents or abrasive cleaners.
Keep small connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, compare this model with the 27-atom open NaCl model, or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Sodium Chloride Compact Model (27 atoms) used for?

It provides a physical representation of the NaCl crystal lattice for studying ionic bonding and face-centered cubic (FCC) symmetry in material science and crystallography teaching.

How is the compact format different from the open models?

The compact model packs the lattice components tightly together for a solid overall view, while the open 27-atom and 36-atom models space the same structure apart to make internal gaps and symmetry easier to inspect.

What crystal symmetry does this model demonstrate?

It demonstrates the face-centered cubic (FCC) symmetry and ionic bonding pattern characteristic of the sodium chloride crystal structure.

Can this be paired with the open-lattice models for teaching?

Yes. Many institutions use the compact model alongside an open-lattice model so students can compare a solid overall view with an expanded internal view of the same structure.

What materials is the model made from?

The exact materials and construction are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Organic Stereo Chemistry Set – Student

Quick answer: This Organic Stereo Chemistry Set (Student) is a molecular model kit for visualizing chiral centers, isomerism, and spatial molecular arrangements — built for classroom-level organic chemistry teaching and hands-on reaction modeling.

Fuller Description

The Organic Stereo Chemistry Student Set lets students physically build and manipulate molecular models to understand spatial arrangements, chiral centers, and isomerism in organic chemistry. Rather than relying on flat diagrams, students can assemble structures by hand to see how atoms and bonds relate in three dimensions, which supports learning organic reaction mechanisms and stereochemistry concepts taught in a typical classroom or introductory lab session.

Institutions that need a more advanced version for demonstration or research-level teaching can also see our Organic Stereo Chemistry Set (Teacher).

Specifications

Parameter	Detail
Level	Student-level stereochemistry
Typical use	Classroom teaching and organic reaction modeling
Exact piece count / kit contents / materials	Not specified for this listing — confirm with our sales team

Applications

Visualizing chiral centers and spatial molecular arrangements
Modeling isomerism in introductory organic chemistry courses
Physically demonstrating organic reaction mechanisms
Classroom verification of theoretical stereochemistry concepts

Care & Handling

Store atoms and connectors in the organizer case between classroom sessions.
Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
Check connector joints periodically for wear from repeated student handling.
Keep small connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, compare this kit with the Organic Stereo Chemistry Set (Teacher), or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Organic Stereo Chemistry Set (Student) used for?

It is used to physically model chiral centers, spatial molecular arrangements, and isomerism for classroom-level organic chemistry teaching.

How does the Student set differ from the Teacher set?

Both cover organic stereochemistry concepts; the Teacher set is intended for more advanced demonstration or research-level use, while the Student set is scaled for classroom teaching and individual practice.

What topics can this kit help teach?

It supports teaching chiral centers, isomerism, spatial molecular arrangements, and basic organic reaction mechanisms.

Is this suitable for introductory organic chemistry courses?

Yes, it is designed for classroom-level teaching and is well suited to introductory organic chemistry coursework.

What materials is the kit made from?

The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Organic Set – Student

Quick answer: This Organic Molecular Model Set (Student) enables physical construction of alkanes, alkenes, and common functional groups, giving students a hands-on way to connect organic chemistry theory to real molecular geometry.

Fuller Description

The Organic Molecular Model Set for students provides a tactile platform for visualizing organic chemistry structures. Rather than working purely from textbook diagrams, students assemble physical models of alkanes, alkenes, and various functional groups by hand, which helps bridge theoretical stereochemistry with real molecular geometry during classroom and lab sessions.

For institutions that want to pair this with a more advanced kit, our Organic Stereo Chemistry Student Set extends the same hands-on approach into stereochemistry and chiral centers.

Specifications

Parameter	Detail
Level	Student-level organic chemistry
Structures covered	Alkanes, alkenes, and common functional groups
Exact piece count / kit contents / materials	Not specified for this listing — confirm with our sales team

Applications

Physically constructing alkanes, alkenes, and functional groups
Bridging theoretical stereochemistry with tactile molecular geometry
Academic teaching of organic chemistry fundamentals
Classroom and lab demonstration of molecular structure concepts

Care & Handling

Store atoms and connectors in the organizer case between classroom sessions.
Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
Check connector joints periodically for wear from repeated student handling.
Keep small connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, pair this kit with the Organic Stereo Chemistry Student Set, or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Organic Molecular Model Set (Student) used for?

It is used to physically construct alkanes, alkenes, and common functional groups, helping students connect organic chemistry theory to real molecular geometry.

What structures can be built with this kit?

The kit supports building alkanes, alkenes, and a range of common organic functional groups.

How does this differ from the Organic Stereo Chemistry Student Set?

This set focuses on core organic structures like alkanes and alkenes, while the Stereo Chemistry set extends into chiral centers and spatial isomerism — many institutions use both together.

Is this suitable for introductory organic chemistry courses?

Yes, it is designed for classroom-level teaching and is well suited to introductory organic chemistry coursework.

What materials is the kit made from?

The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Inorganic / Organic Set – Teacher

Quick answer: This Inorganic/Organic Molecular Model Set (Teacher) is a demonstration-level kit for visualizing coordination compounds, molecular orbital theory, and complex isomerism in institutional chemistry teaching.

Fuller Description

The Teacher-level Inorganic/Organic Molecular Model Set offers 3D visualization for both organic and inorganic chemistry concepts. It supports structural analysis of coordination compounds and stereochemistry, and is built for demonstrating molecular orbital theory and complex isomerism in front of a class or in institutional teaching and research laboratories.

For institutions building out a stereochemistry teaching set, our Organic Stereo Chemistry Set (Teacher) is a related Teacher-level kit worth pairing with this one.

Specifications

Parameter	Detail
Level	Teacher / institutional demonstration
Concept coverage	Coordination compounds, molecular orbital theory, complex isomerism
Exact piece count / kit contents / materials	Not specified for this listing — confirm with our sales team

Applications

Demonstrating coordination compound structures for institutional teaching
Visualizing molecular orbital theory in advanced chemistry lectures
Illustrating complex isomerism for research and classroom demonstration
Structural analysis exercises in advanced institutional laboratories

Care & Handling

Store model components in the organizer case between repeated classroom demonstrations.
Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
Inspect connector joints periodically for wear from institutional, high-frequency use.
Keep small connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, pair this kit with the Organic Stereo Chemistry Set (Teacher), or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Inorganic/Organic Molecular Model Set (Teacher) used for?

It is used to demonstrate coordination compounds, molecular orbital theory, and complex isomerism for institutional chemistry teaching.

How does the Teacher-level set differ from a Student-level set?

The Teacher-level set focuses on coordination compound and advanced structural demonstration for institutional use, while Student-level sets are scaled for individual classroom practice.

What topics can this kit help teach?

It supports teaching coordination compounds, molecular orbital theory, and complex isomerism in both organic and inorganic chemistry contexts.

Is this suitable for research-level demonstration?

Yes, it is designed for institutional teaching and research laboratory demonstration of advanced structural chemistry concepts.

What materials is the kit made from?

The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Inorganic / Organic Set – Student

Quick answer: This Inorganic/Organic Molecular Model Set (Student) helps students visualize stereochemistry, covalent bonds, and VSEPR theory by physically assembling three-dimensional molecular structures.

Fuller Description

The Inorganic and Organic Student Molecular Model Set is designed for visualizing stereochemistry and molecular geometries. Built for academic and laboratory training, it allows students to assemble three-dimensional representations of covalent bonds and crystal structures, supporting a practical understanding of VSEPR theory and isomerism across both inorganic and organic chemistry.

Institutions looking for a Teacher-level demonstration set can also see our Inorganic/Organic Molecular Model Set (Teacher), which covers related coordination-compound and molecular-orbital concepts.

Specifications

Parameter	Detail
Level	Student-level inorganic/organic chemistry
Concept coverage	Stereochemistry, covalent bonds, VSEPR theory, isomerism
Exact piece count / kit contents / materials	Not specified for this listing — confirm with our sales team

Applications

Teaching VSEPR theory and molecular geometry to students
Assembling three-dimensional covalent bond and crystal structure models
Demonstrating isomerism across inorganic and organic chemistry
Academic laboratory training exercises in structural chemistry

Care & Handling

Store atoms and connectors in the organizer case between classroom sessions.
Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
Check connector joints periodically for wear from repeated student handling.
Keep small connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, pair this kit with the Inorganic/Organic Molecular Model Set (Teacher), or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Inorganic/Organic Molecular Model Set (Student) used for?

It is used to visualize stereochemistry, covalent bonds, and VSEPR theory by physically assembling three-dimensional molecular structures.

How does the Student-level set differ from the Teacher-level set?

The Student-level set focuses on core stereochemistry, covalent bonding, and VSEPR concepts for individual practice, while the Teacher-level set covers more advanced coordination-compound and molecular-orbital demonstration.

What topics can this kit help teach?

It supports teaching VSEPR theory, covalent bonding, crystal structure, and isomerism across inorganic and organic chemistry.

Is this suitable for introductory chemistry courses?

Yes, it is designed for classroom and laboratory-level academic training in structural chemistry.

What materials is the kit made from?

The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Graphite

Quick answer: This Graphite Molecular Model Set visualizes carbon allotrope geometry, including the hexagonal planar lattice and interlayer spacing that define graphite’s structure and properties.

Fuller Description

The Graphite Molecular Model Set provides a physical representation of carbon allotrope geometry. Designed for material science and advanced chemistry teaching, it lets students visualize the hexagonal planar lattice layers and the interlayer spacing that give graphite its distinctive properties. The model supports understanding of delocalized electron systems and anisotropic material behavior in academic laboratory settings.

Specifications

Parameter	Detail
Allotrope represented	Graphite (carbon allotrope)
Concept coverage	Hexagonal planar lattice, interlayer spacing, delocalized electron systems
Exact piece count / kit contents / materials	Not specified for this listing — confirm with our sales team

Applications

Teaching carbon allotrope geometry in material science courses
Visualizing hexagonal planar lattice structure and interlayer spacing
Demonstrating delocalized electron systems in advanced chemistry
Illustrating anisotropic material properties for research and teaching

Care & Handling

Store model layers and connectors in the organizer case between 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 connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Graphite Molecular Model Set used for?

It is used to visualize carbon allotrope geometry, including the hexagonal planar lattice and interlayer spacing that define graphite’s structure.

What structural concepts does this model demonstrate?

It demonstrates the hexagonal planar lattice layers, interlayer spacing, and delocalized electron systems characteristic of graphite.

Why does interlayer spacing matter in graphite?

Interlayer spacing affects how graphite’s layers interact, which relates to its anisotropic properties such as electrical conductivity along versus across the layers.

Is this suitable for advanced chemistry or material science courses?

Yes, it is designed for material science and advanced chemistry teaching at the academic laboratory level.

What materials is the model made from?

The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Fat (Glyceryl Tristearate)

Quick answer: This Fat (Glyceryl Tristearate) Molecular Model Set visualizes lipid structures, fatty acid chains, and ester bonding in triglycerides for nutritional science and biochemistry teaching.

Fuller Description

The Fat (Glyceryl Tristearate) Molecular Model Set is a tool for visualizing lipid structures. It provides a tactile 3D representation of long-chain fatty acids and the glycerol backbone, helping students understand hydrophobic interactions and ester bonding in triglycerides through hands-on structural analysis.

For institutions covering other material-structure topics, our Graphite Molecular Model Set is a related model worth pairing with this one.

Specifications

Parameter	Detail
Molecule represented	Glyceryl tristearate (a triglyceride / fat)
Concept coverage	Fatty acid chains, glycerol backbone, ester bonding, hydrophobic interactions
Exact piece count / kit contents / materials	Not specified for this listing — confirm with our sales team

Applications

Teaching lipid structure and triglyceride composition in nutritional science
Visualizing hydrophobic interactions in biochemistry courses
Demonstrating ester bonding between fatty acids and glycerol
Academic structural analysis of long-chain fatty acid geometry

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 connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, pair this kit with the Graphite Molecular Model Set, or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Fat (Glyceryl Tristearate) Molecular Model Set used for?

It is used to visualize lipid structures, fatty acid chains, and ester bonding in triglycerides for nutritional science and biochemistry teaching.

What molecule does this model represent?

It represents glyceryl tristearate, a triglyceride (fat) formed from a glycerol backbone and three fatty acid chains.

What bonding concepts can this model teach?

It demonstrates ester bonding between the fatty acid chains and the glycerol backbone, along with the hydrophobic interactions typical of lipids.

Is this suitable for nutritional science courses?

Yes, it is designed for both nutritional science and biochemistry teaching at the academic laboratory level.

What materials is the model made from?

The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026

Molecular Model Set – Bio Chemistry Set – Teacher

Quick answer: This Biochemistry Molecular Model Set (Teacher) demonstrates protein folding, nucleic acid sequences, and enzymatic catalysis for institutional biochemistry teaching.

Fuller Description

The Teacher-Level Biochemistry Molecular Model Set is designed for visualizing complex biological macromolecules. This kit supports demonstration of protein folding, nucleic acid sequences, and enzymatic catalysis, bridging computational biochemistry concepts with physical structural models in classroom and research settings.

Specifications

Parameter	Detail
Level	Teacher / institutional demonstration
Concept coverage	Protein folding, nucleic acid sequences, enzymatic catalysis
Exact piece count / kit contents / materials	Not specified for this listing — confirm with our sales team

Applications

Demonstrating protein folding concepts in classroom and lecture settings
Visualizing nucleic acid sequences for institutional biochemistry teaching
Illustrating enzymatic catalysis mechanisms for student comprehension
Bridging computational biochemistry with physical structural analysis

Care & Handling

Store model components in the organizer case to keep the kit complete between classroom demonstrations.
Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
Inspect connector joints periodically for wear from institutional, high-frequency use.
Keep small connecting pieces away from young children, as with any modeling kit.

Why Choose LabEquip

LabEquip supplies educational science models and lab equipment to schools, colleges, and institutions. We keep our specification pages honest — where a technical detail isn’t independently confirmed, we say so rather than guess. Browse our full Educational Science Models range, or visit our homepage to learn more about what we offer. For institutional orders or bulk quotations, contact us at sales@thelabequipment.com.

Frequently Asked Questions

What is the Biochemistry Molecular Model Set (Teacher) used for?

It is used to demonstrate protein folding, nucleic acid sequences, and enzymatic catalysis for institutional biochemistry teaching.

What biological concepts does this kit help teach?

It supports teaching protein folding, nucleic acid sequences, and enzymatic catalysis mechanisms in a physical, hands-on format.

Who is this Teacher-level set designed for?

It is designed for institutional and classroom demonstration use, bridging computational biochemistry concepts with physical structural models.

Is this suitable for research-level demonstration?

Yes, it is designed for both institutional teaching and research laboratory demonstration of biochemistry concepts.

What materials is the kit made from?

The exact materials and piece count are not specified for this listing. Please confirm with our sales team before ordering.

Does LabEquip offer institutional or bulk pricing?

Yes. Contact our sales team at sales@thelabequipment.com for institutional quotations and bulk-order pricing.

Last Updated: September 2026