Name: Molecular model silicone dioxide "diamond-like-structure", 66 atoms
Brand: Spiring Enterprises
SKU: 4.658 687
Price: 23.33 GBP
Availability: BackOrder

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<p>The Spiring Molecular Model Silicone Dioxide 38 Atoms is an essential teaching aid for chemistry education. This model clearly represents the molecular structure of silicone dioxide, helping students and researchers visualize and understand complex atomic arrangements. With 38 atoms included, it is suitable for classroom demonstrations and laboratory study.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Structure:</strong> Silicone dioxide molecular model</li><li><strong>Atoms:</strong> Includes 38 atoms</li><li><strong>Application:</strong> Ideal for educational and laboratory use</li><li><strong>Use:</strong> Enhances understanding of molecular geometry and bonding</li></ul><p>The Spiring Molecular Model Silicone Dioxide 38 Atoms offers a hands-on learning experience, making it perfect for chemistry classrooms and labs.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Model Silicone Dioxide 38 Atoms used for?</h3><p>It is an essential teaching aid for chemistry education. This model clearly represents the molecular structure of silicone dioxide, helping students and researchers visualize and understand complex atomic arrangements. With 38 atoms included, it is suitable for classroom demonstrations and laboratory study.</p><h3>2. Is the Spiring Molecular Model Silicone Dioxide 38 Atoms suitable for educational and laboratory use?</h3><p>Yes. It is designed for educational and laboratory use, and offers silicone dioxide molecular model and 38 atoms to support this kind of work.</p><h3>3. What structure and atoms does the Spiring Molecular Model Silicone Dioxide 38 Atoms have?</h3><p>It has silicone dioxide molecular model, 38 atoms and enhances understanding of molecular geometry and bonding, and is supplied under manufacturer part number MKO-136-38.</p><h3>4. What applications is the Spiring Molecular Model Silicone Dioxide 38 Atoms suited to?</h3><p>It is suited to educational and laboratory use.</p><h3>5. How does the Spiring Molecular Model Silicone Dioxide 38 Atoms compare with the Dräger Safety Carbon Dioxide 100/a Gas Detection Tubes, 100–3000 ppm, Pack of 10 from Dräger?</h3><p>The Spiring Molecular Model Silicone Dioxide 38 Atoms is a strong choice when atoms of Includes 38 atoms matches the workflow. The Dräger Safety Carbon Dioxide 100/a Gas Detection Tubes, 100–3000 ppm, Pack of 10 is an alternative offering measuring range of 100–3000 ppm, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Model Silicone Dioxide 38 Atoms for dependable everyday laboratory performance. Shop the range online.

Spiring Molecular Model Silicone Dioxide 38 Atoms

Molecular model silicone dioxide 38 atoms

<p>The Spiring Molecular Model Sodium Chloride 36 Atoms is an excellent educational tool for teaching and visualizing the structure of ionic compounds. Designed for accuracy and ease of use, this model clearly demonstrates the arrangement of NaCl atoms in a crystal lattice, making it ideal for chemistry classrooms and labs.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Type:</strong> Molecular model</li><li><strong>Compound:</strong> Sodium chloride (NaCl)</li><li><strong>Atoms:</strong> 36 atoms</li><li><strong>Application:</strong> Chemistry education and visualization of ionic structures</li></ul><p>The Spiring Molecular Model Sodium Chloride 36 Atoms helps students and professionals understand the molecular structure of sodium chloride with clarity and precision.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Model Sodium Chloride 36 Atoms used for?</h3><p>It is an excellent educational tool for teaching and visualizing the structure of ionic compounds. Designed for accuracy and ease of use, this model clearly demonstrates the arrangement of NaCl atoms in a crystal lattice, making it ideal for chemistry classrooms and labs.</p><h3>2. Is the Spiring Molecular Model Sodium Chloride 36 Atoms suitable for Chemistry education and visualization of ionic structures?</h3><p>Yes. It is designed for Chemistry education and visualization of ionic structures, and offers 36 atoms to support this kind of work.</p><h3>3. What atoms does the Spiring Molecular Model Sodium Chloride 36 Atoms have?</h3><p>It has 36 atoms, and is supplied under manufacturer part number MKO-124-36.</p><h3>4. What type and compound does the Spiring Molecular Model Sodium Chloride 36 Atoms offer?</h3><p>It offers molecular model and sodium chloride (NaCl).</p><h3>5. How does the Spiring Molecular Model Sodium Chloride 36 Atoms compare with the Reagecon Analytical Volumetric Solution Sodium Chloride 0.1N 0.1M 1L from Reagecon?</h3><p>The Spiring Molecular Model Sodium Chloride 36 Atoms is a strong choice when atoms of 36 atoms matches the workflow. The Reagecon Analytical Volumetric Solution Sodium Chloride 0.1N 0.1M 1L is an alternative offering volume of 1L, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Model Sodium Chloride 36 Atoms for dependable everyday laboratory performance. Get an online quote today.

Spiring Molecular Model Sodium Chloride 36 Atoms

<p>The Spiring Enterprises Limited Molecular Model Calcium Fluoride is designed to help students and educators visualize the molecular structure of calcium fluoride (CaF<sub>2</sub>). This model includes 30 atom parts, making it a great tool for understanding ionic bonding and the molecular geometry of calcium fluoride. Perfect for chemistry education, this model aids in demonstrating the structure of ionic compounds in an interactive manner.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring Enterprises Limited</li><li><strong>Components:</strong> 30 atom parts</li><li><strong>Application:</strong> Ideal for demonstrating ionic bonding and the structure of calcium fluoride</li><li><strong>Material:</strong> High-quality, durable plastic components</li><li><strong>Educational Level:</strong> Suitable for chemistry students and educators</li></ul><p>The Spiring Enterprises Limited Molecular Model Calcium Fluoride provides a hands-on approach to understanding ionic compounds, helping students visualize and learn about molecular structures in an engaging way.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms used for?</h3><p>It is designed to help students and educators visualize the molecular structure of calcium fluoride (CaF2). This model includes 30 atom parts, making it a great tool for understanding ionic bonding and the molecular geometry of calcium fluoride. Perfect for chemistry education, this model aids in demonstrating the structure of ionic compounds in an interactive manner.</p><h3>2. Is the Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms suitable for demonstrating ionic bonding and the structure of calcium fluoride?</h3><p>Yes. It is designed for demonstrating ionic bonding and the structure of calcium fluoride, and offers components of 30 atom parts to support this kind of work.</p><h3>3. What components does the Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms have?</h3><p>It has components of 30 atom parts, and is supplied under manufacturer part number MKO-132-30.</p><h3>4. What is the Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms made from and what features does it include?</h3><p>It is made from high-quality, durable plastic components. It also offers suitable for chemistry students and educators.</p><h3>5. How does the Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms compare with the Thermo Orion Ion-Selective Electrode for Fluoride, BNC Type 9609-BNC from Thermo Scientific?</h3><p>The Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms is a strong choice when material of High-quality, durable plastic components matches the workflow. The Thermo Orion Ion-Selective Electrode for Fluoride, BNC Type 9609-BNC is an alternative offering connector of BNC Type 9609-BNC, so the preferred option depends on the required specification and compatibility.</p>

Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms for dependable everyday laboratory performance. Shop the range online.

Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms

Molecular model calcium fluoride 30 atoms

<p>The Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms is designed to help students and researchers visualize and understand the diamond crystal structure. This hands-on model is ideal for demonstrating inorganic molecular structures in classrooms, laboratories, or academic settings.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Structure:</strong> Diamond lattice structure</li><li><strong>Type:</strong> Inorganic molecular self-assembly kit</li><li><strong>Atoms:</strong> Includes 30 atoms for accurate modeling</li><li><strong>Application:</strong> Suitable for educational and demonstration purposes</li></ul><p>The Spiring Molecular Self-Assembly Kit offers a clear and effective way to study complex molecular geometries with a focus on inorganic crystal arrangements.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms used for?</h3><p>It is designed to help students and researchers visualize and understand the diamond crystal structure. This hands-on model is ideal for demonstrating inorganic molecular structures in classrooms, laboratories, or academic settings.</p><h3>2. Is the Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms suitable for educational and demonstration purposes?</h3><p>Yes. It is designed for educational and demonstration purposes, and offers diamond lattice structure and inorganic molecular self-assembly kit to support this kind of work.</p><h3>3. What structure and type does the Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms have?</h3><p>It has diamond lattice structure, inorganic molecular self-assembly kit and 30 atoms for accurate modeling, and is supplied under manufacturer part number MKO-100-30.</p><h3>4. What applications is the Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms suited to?</h3><p>It is suited to educational and demonstration purposes.</p><h3>5. How does the Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms compare with the Thistle Scientific Mini Agarose Gel Documentation Kit with GelLite from Thistle Scientific?</h3><p>The Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms is a strong choice when atoms of Includes 30 atoms for accurate modeling matches the workflow. The Thistle Scientific Mini Agarose Gel Documentation Kit with GelLite is an alternative offering power supply of PowerPro 300, operable in constant or programmed mode with stored preset protocols for Cleaver Scientific gel, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms for dependable everyday laboratory performance. Available in a range of options.

Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms

Molecular self-assembly kit Inorganic, diamond 30 atoms

<p>The Spiring Molecular Model Zinc Sulphite 45 Atoms is a high-quality educational tool designed for teaching and studying molecular structures. This model allows users to visualize the bonding and arrangement of atoms in zinc sulphite compounds, making it an essential aid for chemistry students and educators.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Compound:</strong> Zinc sulphite</li><li><strong>Atoms:</strong> 45-piece set for detailed molecular structure modeling</li><li><strong>Application:</strong> Ideal for chemistry education and molecular visualization</li><li><strong>Material:</strong> Durable and reusable components</li></ul><p>The Spiring Molecular Model Zinc Sulphite 45 Atoms is perfect for classrooms, laboratories, and anyone seeking to better understand molecular geometry and composition.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Model Zinc Sulphite 45 Atoms used for?</h3><p>It is a high-quality educational tool designed for teaching and studying molecular structures. This model allows users to visualize the bonding and arrangement of atoms in zinc sulphite compounds, making it an essential aid for chemistry students and educators.</p><h3>2. Is the Spiring Molecular Model Zinc Sulphite 45 Atoms suitable for chemistry education and molecular visualization?</h3><p>Yes. It is designed for chemistry education and molecular visualization, and offers atoms of 45-piece set for detailed molecular structure modeling to support this kind of work.</p><h3>3. What atoms does the Spiring Molecular Model Zinc Sulphite 45 Atoms have?</h3><p>It has atoms of 45-piece set for detailed molecular structure modeling, and is supplied under manufacturer part number MKO-125-45.</p><h3>4. What is the Spiring Molecular Model Zinc Sulphite 45 Atoms made from and what features does it include?</h3><p>It is made from durable and reusable components. It also offers zinc sulphite.</p><h3>5. How does the Spiring Molecular Model Zinc Sulphite 45 Atoms compare with the Macherey-Nagel Quantofix Test Strips (Sulphite) – Pack of 100 from Macherey-Nagel?</h3><p>The Spiring Molecular Model Zinc Sulphite 45 Atoms is a strong choice when material of Durable and reusable components matches the workflow. The Macherey-Nagel Quantofix Test Strips (Sulphite) – Pack of 100 is an alternative offering packaging of Convenient pack of 100 strips for long-term use, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Model Zinc Sulphite 45 Atoms for dependable everyday laboratory performance. Get an online quote today.

Spiring Molecular Model Zinc Sulphite 45 Atoms

<p>The Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units is a high-quality educational tool designed to support learning and demonstration in inorganic chemistry and molecular water structures. With 26 units, this kit provides a hands-on approach to understanding complex molecular geometry and bonding. It is ideal for classrooms, labs, and independent study in chemistry education.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Type:</strong> Molecular self-assembly kit</li><li><strong>Application:</strong> Inorganic chemistry and water molecule modelling</li><li><strong>Units:</strong> 26 individual components</li><li><strong>Usage:</strong> Suitable for teaching, demonstrations, and learning molecular structures</li></ul><p>The Spiring Molecular Self-Assembly Kit offers an effective and interactive way to explore chemical structures and promote deeper understanding of molecular science.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units used for?</h3><p>It is a high-quality educational tool designed to support learning and demonstration in inorganic chemistry and molecular water structures. With 26 units, this kit provides a hands-on approach to understanding complex molecular geometry and bonding. It is ideal for classrooms, labs, and independent study in chemistry education.</p><h3>2. Is the Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units suitable for Inorganic chemistry and water molecule modelling?</h3><p>Yes. It is designed for Inorganic chemistry and water molecule modelling, and offers units of 26 individual components to support this kind of work.</p><h3>3. What units does the Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units have?</h3><p>It has units of 26 individual components, and is supplied under manufacturer part number MKO-123-26.</p><h3>4. What type and usage does the Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units offer?</h3><p>It offers molecular self-assembly kit and suitable for teaching, demonstrations, and learning molecular structures.</p><h3>5. How does the Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units compare with the BRAND Comp. Titration Apparatus BB AS Amber Glass (without Stand/Brush Clip), 50 mL: 0.1 mL, PE Bottle 1000 mL, DE-M from BRAND?</h3><p>The Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units is a strong choice when units of 26 individual components matches the workflow. The BRAND Comp. Titration Apparatus BB AS Amber Glass (without Stand/Brush Clip), 50 mL: 0.1 mL, PE Bottle 1000 mL, DE-M is an alternative offering material of Amber glass for light-sensitive chemicals, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units for dependable everyday laboratory performance. Fast UK delivery.

Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units

Molecular self-assembly kit Inorganic, water 26 units

<p>The Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms is designed for visualizing and understanding molecular structures. This educational tool provides hands-on learning for chemistry students and professionals alike, focusing on inorganic sulfur compounds. The kit includes 24 atom models, making it ideal for classroom demonstrations and advanced study.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Type:</strong> Molecular self-assembly kit</li><li><strong>Atoms Included:</strong> 24 sulphur atoms</li><li><strong>Application:</strong> Ideal for inorganic chemistry study and molecular modeling</li><li><strong>Use:</strong> Suitable for educational and research environments</li></ul><p>The Spiring Molecular Self-Assembly Kit is a practical and effective tool for enhancing the study of inorganic molecular structures.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms used for?</h3><p>It is designed for visualizing and understanding molecular structures. This educational tool provides hands-on learning for chemistry students and professionals alike, focusing on inorganic sulfur compounds. The kit includes 24 atom models, making it ideal for classroom demonstrations and advanced study.</p><h3>2. Is the Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms suitable for inorganic chemistry study and molecular modeling?</h3><p>Yes. It is designed for inorganic chemistry study and molecular modeling, and offers an atoms included of 24 sulphur atoms to support this kind of work.</p><h3>3. What atoms included does the Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms have?</h3><p>It has an atoms included of 24 sulphur atoms, and is supplied under manufacturer part number MKS-103-24.</p><h3>4. What type and use does the Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms offer?</h3><p>It offers molecular self-assembly kit and suitable for educational and research environments.</p><h3>5. How does the Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms compare with the Thistle Scientific Mini Agarose Gel Documentation Kit with GelLite from Thistle Scientific?</h3><p>The Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms is a strong choice when atoms included of 24 sulphur atoms matches the workflow. The Thistle Scientific Mini Agarose Gel Documentation Kit with GelLite is an alternative offering power supply of PowerPro 300, operable in constant or programmed mode with stored preset protocols for Cleaver Scientific gel, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms for dependable everyday laboratory performance. Fast UK delivery.

Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms

Molecular self-assembly kit Inorganic, sulphur 24 atoms

<p>The Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms is a high-quality educational tool designed to demonstrate the structure of inorganic compounds. This kit allows students and educators to model sodium chloride using 27 atoms, making it ideal for classroom and laboratory use. Its durable components provide a hands-on approach to understanding molecular geometry and bonding in inorganic chemistry.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Type:</strong> Inorganic molecular self-assembly kit</li><li><strong>Model:</strong> Sodium chloride structure</li><li><strong>Components:</strong> Includes 27 atoms</li><li><strong>Application:</strong> Ideal for chemistry education and molecular modeling</li></ul><p>The Spiring Molecular Self-Assembly Kit is an excellent resource for visualizing and teaching the structural composition of sodium chloride in inorganic chemistry.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms used for?</h3><p>It is a high-quality educational tool designed to demonstrate the structure of inorganic compounds. This kit allows students and educators to model sodium chloride using 27 atoms, making it ideal for classroom and laboratory use. Its durable components provide a hands-on approach to understanding molecular geometry and bonding in inorganic chemistry.</p><h3>2. Is the Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms suitable for chemistry education and molecular modeling?</h3><p>Yes. It is designed for chemistry education and molecular modeling, and offers inorganic molecular self-assembly kit and 27 atoms to support this kind of work.</p><h3>3. What type and components does the Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms have?</h3><p>It has inorganic molecular self-assembly kit and 27 atoms, and is supplied under manufacturer part number MKO-127-27.</p><h3>4. What applications is the Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms suited to?</h3><p>It is suited to chemistry education and molecular modeling.</p><h3>5. How does the Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms compare with the Reagecon Analytical Volumetric Solution Sodium Chloride 0.1N 0.1M 1L from Reagecon?</h3><p>The Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms is a strong choice when components of Includes 27 atoms matches the workflow. The Reagecon Analytical Volumetric Solution Sodium Chloride 0.1N 0.1M 1L is an alternative offering volume of 1L, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms for dependable everyday laboratory performance.

Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms

Molecular self-assembly kit Inorganic, sodium chloride, 27 atoms

<p>The Spiring Molecular Model Carborundum 30 Atoms kit is an essential educational tool for illustrating the molecular structure of carborundum (silicon carbide). Designed for use in classrooms, labs, and science education settings, this model allows users to visualize atomic arrangements clearly and accurately.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Model:</strong> Carborundum molecular structure</li><li><strong>Atoms:</strong> Includes 30 atoms for complete assembly</li><li><strong>Application:</strong> Ideal for teaching, demonstrations, and scientific studies</li><li><strong>Use Case:</strong> Suitable for chemistry education and molecular visualization</li></ul><p>The Spiring Molecular Model Carborundum 30 Atoms set provides a hands-on approach to understanding molecular geometry, making it a valuable asset in any scientific learning environment.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Model Carborundum 30 Atoms used for?</h3><p>It is an essential educational tool for illustrating the molecular structure of carborundum (silicon carbide). Designed for use in classrooms, labs, and science education settings, this model allows users to visualize atomic arrangements clearly and accurately.</p><h3>2. Is the Spiring Molecular Model Carborundum 30 Atoms suitable for teaching, demonstrations, and scientific studies?</h3><p>Yes. It is designed for teaching, demonstrations, and scientific studies, and offers 30 atoms for complete assembly and suitable for chemistry education and molecular visualization to support this kind of work.</p><h3>3. What atoms and use case does the Spiring Molecular Model Carborundum 30 Atoms have?</h3><p>It has 30 atoms for complete assembly and suitable for chemistry education and molecular visualization, and is supplied under manufacturer part number MKO-104-30.</p><h3>4. What applications is the Spiring Molecular Model Carborundum 30 Atoms suited to?</h3><p>It is suited to teaching, demonstrations, and scientific studies.</p><h3>5. How does the Spiring Molecular Model Carborundum 30 Atoms compare with the BRAND Comp. Titration Apparatus BB AS Amber Glass (without Stand/Brush Clip), 50 mL: 0.1 mL, PE Bottle 1000 mL, DE-M from BRAND?</h3><p>The Spiring Molecular Model Carborundum 30 Atoms is a strong choice when atoms of Includes 30 atoms for complete assembly matches the workflow. The BRAND Comp. Titration Apparatus BB AS Amber Glass (without Stand/Brush Clip), 50 mL: 0.1 mL, PE Bottle 1000 mL, DE-M is an alternative offering material of Amber glass for light-sensitive chemicals, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Model Carborundum 30 Atoms for dependable everyday laboratory performance. Available in a range of options.

Spiring Molecular Model Carborundum 30 Atoms

<p>The Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms is a hands-on educational tool for exploring molecular geometry and structure. This kit allows users to construct a C₆₀ molecule (Buckminster fullerene), ideal for visualizing complex 3D molecular shapes in classrooms, laboratories, or personal study.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Type:</strong> Inorganic molecular model kit</li><li><strong>Model:</strong> Buckminster fullerene (C₆₀)</li><li><strong>Atoms:</strong> 60 atoms</li><li><strong>Application:</strong> Molecular geometry, chemistry education, and visual learning</li></ul><p>The Spiring Molecular Self-Assembly Kit is perfect for students, educators, and researchers looking to better understand fullerene structures and molecular science through interactive learning.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms used for?</h3><p>It is a hands-on educational tool for exploring molecular geometry and structure. This kit allows users to construct a C₆₀ molecule (Buckminster fullerene), ideal for visualizing complex 3D molecular shapes in classrooms, laboratories, or personal study.</p><h3>2. Is the Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms suitable for Molecular geometry, chemistry education, and visual learning?</h3><p>Yes. It is designed for Molecular geometry, chemistry education, and visual learning, and offers 60 atoms to support this kind of work.</p><h3>3. What atoms does the Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms have?</h3><p>It has 60 atoms, and is supplied under manufacturer part number MKO-102-60.</p><h3>4. What type does the Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms offer?</h3><p>It offers inorganic molecular model kit.</p><h3>5. How does the Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms compare with the BRAND Comp. Titration Apparatus BB AS Amber Glass (without Stand/Brush Clip), 50 mL: 0.1 mL, PE Bottle 1000 mL, DE-M from BRAND?</h3><p>The Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms is a strong choice when atoms of 60 atoms matches the workflow. The BRAND Comp. Titration Apparatus BB AS Amber Glass (without Stand/Brush Clip), 50 mL: 0.1 mL, PE Bottle 1000 mL, DE-M is an alternative offering material of Amber glass for light-sensitive chemicals, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms for dependable everyday laboratory performance.

Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms

Molecular self-assembly kit Inorganic, Buckminster fullerene, 60 atoms

<p>The Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms is a detailed molecular modeling tool for demonstrating the structure of graphite. Designed for educational and laboratory use, this kit includes components to construct a 45-atom graphite model, helping users understand molecular geometry and self-assembly in inorganic chemistry.</p><h2><strong>Key Features:</strong></h2><ul><li><strong>Brand:</strong> Spiring</li><li><strong>Model Type:</strong> Inorganic graphite structure</li><li><strong>Number of Atoms:</strong> 45</li><li><strong>Application:</strong> Educational and laboratory use for molecular modeling</li><li><strong>Function:</strong> Demonstrates molecular self-assembly and structure</li></ul><p>The Spiring Molecular Self-Assembly Kit is ideal for chemistry educators, students, and professionals seeking a visual and hands-on understanding of graphite's molecular structure.</p><br/><br/><h2><strong>Frequently Asked Questions</strong></h2><h3>1. What is the Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms used for?</h3><p>It is a detailed molecular modeling tool for demonstrating the structure of graphite. Designed for educational and laboratory use, this kit includes components to construct a 45-atom graphite model, helping users understand molecular geometry and self-assembly in inorganic chemistry.</p><h3>2. Is the Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms suitable for Educational and laboratory use for molecular modeling?</h3><p>Yes. It is designed for Educational and laboratory use for molecular modeling, and offers number of atoms of 45 to support this kind of work.</p><h3>3. What number of atoms does the Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms have?</h3><p>It has number of atoms of 45, and is supplied under manufacturer part number MKO-101-45.</p><h3>4. What model type and function does the Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms offer?</h3><p>It offers inorganic graphite structure and demonstrates molecular self-assembly and structure.</p><h3>5. How does the Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms compare with the Karl Hammacher Large Chemist Set – 9 Pieces from Karl Hammacher?</h3><p>The Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms is a strong choice when number of atoms of 45 matches the workflow. The Karl Hammacher Large Chemist Set – 9 Pieces is an alternative offering set includes of 9 essential pieces for laboratory and chemical work, so the preferred option depends on the required specification and compatibility.</p>

Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms for dependable everyday laboratory performance. Get an online quote today.

Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms

Molecular self-assembly kit Inorganic, graphite 45 atoms

Molecular model silicone dioxide "diamond-like-structure", 66 atoms

Pre-assembled or to-be-assembled crystal structures of anorganic salts and elements.

https://labfriendcoredataprod.blob.core.windows.net/labfriendcore-data-prod-eu/files/molymod_sets_2021.pdf

product	Mfr #	Part #	Product name	Description	UNSPSC	Price	Availability
	MKO-132-30	6.280 320	Spiring Enterprises Limited Molecular Model Calcium Fluoride 30 Atoms	Calcium fluoride (Fluorite), pre-assembled, 30 atoms	60104506	£27.76	In stock
	MKO-136-38	4.658 683	Spiring Molecular Model Silicone Dioxide 38 Atoms	Silicon dioxide, 38 atoms	60104506	£25.38	Contact us
	MKO-124-36	4.658 684	Spiring Molecular Model Sodium Chloride 36 Atoms	Sodium chloride, 36 atoms	60104506	£22.63	Contact us
	MKO-100-30	9.883 112	Spiring Molecular Self-Assembly Kit Inorganic, Diamond 30 Atoms	Carbon, diamond, 30 atoms	60104506	£16.32	Contact us
	MKO-125-45	4.658 686	Spiring Molecular Model Zinc Sulphite 45 Atoms	Zinc sulphite, 45 atoms	60104506	£23.05	Contact us
	MKO-123-26	9.883 115	Spiring Molecular Self-Assembly Kit Inorganic, Water 26 Units	Water units (Ice), 26 units	60104506	£25.26	Contact us
	MKS-103-24	6.280 319	Spiring Molecular Self-Assembly Kit Inorganic, Sulphur 24 Atoms	Inorganic (sulphur), 24 atoms	60104506	£12.36	Contact us
	MKO-127-27	9.883 114	Spiring Molecular Self-Assembly Kit Inorganic, Sodium Chloride, 27 Atoms	Sodium chloride, 27 atoms	60104506	£22.63	Contact us
	MKO-104-30	4.658 685	Spiring Molecular Model Carborundum 30 Atoms	Carborundum, 30 atoms	60104506	£16.32	Contact us
	MKO-102-60	6.280 318	Spiring Molecular Self-Assembly Kit Inorganic, Buckminster Fullerene, 60 Atoms	Buckminster fullerene C60, 60 atoms	60104506	£26.67	Contact us
	MKO-101-45	9.883 113	Spiring Molecular Self-Assembly Kit Inorganic, Graphite 45 Atoms	Graphite, 45 atoms	60104506	£23.02	Contact us

Molecular model silicone dioxide "diamond-like-structure", 66 atoms

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