Floating Magnets Set Manufacturer,Supplier and Exporter in India
Product Code : SCL-PLE-11319
Scientifc Equipment Floating Magnets Set is an educational physics demonstration apparatus designed to show the principles of magnetism, magnetic repulsion, magnetic poles, force interaction, and magnetic levitation. This set is widely used in school science laboratories, STEM classrooms, physics practicals, and hands-on learning activities.
The Floating Magnets Set helps students clearly observe how similar magnetic poles repel each other, causing magnets to float or remain separated along a vertical support rod. It provides a simple and visual way to explain magnetic force, non-contact force, repulsion, equilibrium, and the behavior of permanent magnets.
Product Description
The Floating Magnets Set by Scientifc Equipment is a practical classroom teaching aid used to demonstrate magnetic levitation through repulsive force. The set generally includes ring magnets and a vertical support rod or stand arrangement. When the magnets are placed with like poles facing each other, they repel and appear to float above one another.
This apparatus is suitable for introducing students to the concept of magnetic fields and forces that act without physical contact. It also helps demonstrate how magnetic repulsion can balance weight, creating a floating effect. The experiment is easy to perform, visually engaging, and suitable for students at school and introductory physics levels.
Scientifc Equipment Floating Magnets Set supports activity-based learning and helps teachers explain magnetism in a simple, interactive, and observation-based manner.
Key Features
- Brand: Scientifc Equipment
- Magnetism Demonstration Set: Designed to demonstrate magnetic repulsion and levitation.
- Floating Effect: Shows how like magnetic poles repel each other.
- Educational Design: Suitable for physics labs, STEM classrooms, and science demonstrations.
- Hands-On Learning: Helps students observe magnetic force directly.
- Simple Setup: Easy to assemble, demonstrate, and repeat during classroom sessions.
- Concept-Based Learning: Supports topics such as magnetic poles, field interaction, repulsion, and equilibrium.
- Reusable Apparatus: Suitable for repeated school laboratory use under supervision.
Product Specifications
|
Product Name |
Floating Magnets Set |
|
Brand |
Scientifc Equipment |
|
Product Type |
Educational magnetism demonstration apparatus |
|
Working Principle |
Magnetic repulsion between like poles |
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Main Components |
Ring magnets, vertical support rod, base or stand arrangement as per model configuration |
|
Subject Use |
Physics, magnetism, general science, and STEM education |
|
Demonstration Topics |
Magnetic poles, repulsion, magnetic field, non-contact force, magnetic levitation, equilibrium |
|
Application |
Classroom demonstrations, physics practicals, STEM activities, science projects, and laboratory experiments |
|
Suitable For |
Schools, colleges, physics labs, STEM labs, science classrooms, and educational institutions |
|
Usage Mode |
Teacher-led demonstration and supervised student activity |
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Available Size / Quantity |
As per selected model or laboratory requirement |
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Packaging |
Standard educational laboratory supply packaging |
How to Use Floating Magnets Set
- Place the base or stand on a flat and stable laboratory table.
- Fix the vertical support rod securely, if required by the model design.
- Take one ring magnet and slide it onto the support rod.
- Place the second ring magnet above the first magnet with like poles facing each other.
- Observe how the upper magnet remains suspended due to magnetic repulsion.
- Add more magnets one by one, keeping like poles facing each other, to observe multiple floating levels.
- Discuss how magnetic force acts without contact and balances the weight of the magnets.
- Change the orientation of one magnet to demonstrate attraction between unlike poles.
- Record observations in the practical notebook or classroom worksheet.
- After use, remove the magnets carefully and store the set safely.
Educational Applications
- Demonstrating magnetic repulsion between like poles
- Explaining magnetic levitation in a simple visual form
- Teaching magnetic poles and magnetic field interaction
- Showing non-contact force and force balance
- Studying attraction and repulsion between magnets
- Introducing equilibrium between magnetic force and gravity
- Using in STEM activities, science fairs, and classroom demonstrations
- Supporting hands-on learning of magnetism concepts
Why Choose Scientifc Equipment Floating Magnets Set?
Scientifc Equipment provides practical science teaching aids designed for classroom demonstration, laboratory learning, and STEM education. The Floating Magnets Set is an effective apparatus for helping students understand magnetic repulsion and levitation through direct observation.
- Suitable for school and college physics laboratories
- Simple and engaging demonstration of magnetism
- Useful for explaining magnetic poles, repulsion, and levitation
- Easy to use for teachers and students
- Supports STEM learning and science project activities
- Suitable for institutional procurement and laboratory setup
Care and Safety Instructions
- Use the set under teacher or laboratory instructor supervision.
- Keep magnets away from electronic devices, magnetic cards, watches, and sensitive instruments.
- Do not drop the magnets on hard surfaces, as impact may damage or weaken them.
- Keep fingers away from the contact area when magnets attract suddenly.
- Do not heat the magnets or expose them to high temperatures.
- Store the magnets in a dry place after use.
- Keep away from very young children to avoid misuse or swallowing hazards.
- Clean the set gently with a dry cloth before storage.
SEO Title
Floating Magnets Set for Physics Lab – Scientifc Equipment
Meta Description
Buy Scientifc Equipment Floating Magnets Set for school physics labs, STEM classrooms, magnetism demonstrations, magnetic repulsion experiments, and science practicals.
SEO Keywords
Floating Magnets Set, Scientifc Equipment Floating Magnets, Magnetic Levitation Set, Physics Lab Magnet Set, Magnetism Demonstration Apparatus, Floating Ring Magnets, STEM Magnetism Kit, Magnetic Repulsion Demonstration, School Science Magnet Set, Magnetic Field Experiment Kit.
FAQ – Floating Magnets Set
- What is a Floating Magnets Set used for?
A Floating Magnets Set is used to demonstrate magnetic repulsion, magnetic levitation, magnetic poles, field interaction, and non-contact force in physics and general science experiments.
- Is this product suitable for school physics laboratories?
Yes, Scientifc Equipment Floating Magnets Set is suitable for school physics labs, STEM classrooms, science practicals, and teacher-led demonstrations.
- How do the magnets float?
The magnets float because like poles repel each other. The upward magnetic repulsive force balances the downward weight of the magnet, creating a floating effect.
- Which concepts can be taught using this set?
This set can be used to teach magnetic poles, attraction, repulsion, magnetic field, non-contact force, magnetic levitation, equilibrium, and force balance.
- Can students use the Floating Magnets Set?
Yes, students can use it under teacher supervision. The set is simple to operate and useful for hands-on learning.
- Can the magnets also attract each other?
Yes, when unlike poles face each other, the magnets attract. When like poles face each other, they repel and can create the floating effect.
- How should the magnets be stored?
Store the magnets in a dry place, away from electronic devices, magnetic cards, moisture, and high temperature. Keep the set organized after use.
- Is this set useful for STEM education?
Yes, it supports STEM education by allowing students to observe magnetic force, levitation, repulsion, and equilibrium through a practical classroom experiment.
Conclusion
Scientifc Equipment Floating Magnets Set is a useful educational apparatus for teaching magnetic repulsion, magnetic levitation, non-contact force, and magnetic field interaction. Its simple design and visual floating effect make it suitable for physics laboratories, STEM classrooms, science projects, and school demonstrations.
