Floating Magnets Manufacturer,Supplier and Exporter in India
Product Code : SCL-MF-12522
The Floating Magnets are an educational magnetism apparatus used for demonstrating magnetic attraction and repulsion through five ring magnets arranged on a 125 mm stand. Designed for primary science, school laboratories and supervised STEM activities, the set provides a clear visual demonstration of how repelling magnetic poles can keep adjacent ring magnets separated.
Product Description
The Floating Magnets set contains five ring magnets, each measuring 23 mm in diameter, together with a 125 mm-high stand. When the ring magnets are placed on the vertical rod with like magnetic poles facing one another, magnetic repulsion creates visible spaces between adjacent rings.
This hands-on apparatus helps students observe magnetic forces without requiring electrical power or complex measuring equipment. It supports practical lessons on attraction, repulsion, magnetic poles and non-contact forces. The exact construction material and magnetic material grade are not specified in the available product data.
Key Features
- Five ring magnets: supplied as a single set containing five floating magnetic rings.
- 23 mm magnet diameter: each ring magnet has a verified diameter of 23 mm.
- 125 mm stand: the vertical support provides a guided arrangement for stacking the magnetic rings.
- Demonstrates magnetic repulsion: like poles can be oriented to repel, creating visible separation between adjacent magnets.
- Supports attraction experiments: reversing magnet orientation allows students to observe magnetic attraction.
- Hands-on learning: converts an invisible magnetic-force concept into an observable classroom demonstration.
- No electrical supply required: the demonstration operates through permanent magnetic interaction.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Floating Magnets |
|
Brand |
School Equipments |
|
Product Category |
Primary Science / Forces & Magnets / Magnetism Demonstration Apparatus |
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Primary Keyword |
Floating Magnets |
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Secondary / Semantic Keywords |
floating ring magnets, magnetic repulsion apparatus, magnetism experiment, ring magnet set, magnetic levitation demonstration, attraction and repulsion model, school magnetism apparatus |
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Intended Users |
Primary schools, science classrooms, STEM educators, teachers and supervised students |
|
Number of Magnets |
5 |
|
Magnet Diameter |
23 mm |
|
Stand Height |
125 mm |
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Magnet Type |
Floating ring magnets |
|
Standards or Certifications |
Not specified in the available product data |
What's Included in the Kit
- 5 floating ring magnets, each 23 mm in diameter
- 1 vertical stand, 125 mm high
Applications / Uses
- Demonstrating attraction and repulsion between magnetic poles.
- Showing how magnetic forces can act without direct physical contact.
- Introducing magnetic levitation concepts through ring separation.
- Supporting primary science, physics and STEM classroom activities.
- Comparing the apparatus with Coloured Floating Ring Magnets.
- Extending magnetism experiments with the Junior Magnetism Kit.
How to Use the Floating Magnets
- Place the 125 mm stand on a stable, level surface.
- Slide the first ring magnet onto the vertical rod.
- Add another magnet and observe whether it attracts or repels the first magnet.
- If the magnets attract, reverse one ring so that like poles face each other.
- Continue adding the remaining magnets in repelling orientations to create visible spaces between the rings.
- Compare attraction and repulsion arrangements and discuss the effect of magnetic pole orientation.
Safety note: This product contains magnets and small parts and is not suitable for children under 3 years. Magnets can cause serious or fatal injury if swallowed. Classroom use should be supervised, and loose magnets must be accounted for after every activity.
Care & Maintenance
- Count all five magnets before and after each classroom demonstration.
- Keep the magnets and stand clean, dry and protected from strong impact.
- Do not force the ring magnets onto an incompatible or damaged support rod.
- Store the complete set securely away from young children and magnetically sensitive items.
Why Choose School Equipments
School Equipments manufactures and exports scientific laboratory instruments, physics apparatus, science kits, mathematics kits, didactic models and STEM equipment for educational use. Its product range includes practical magnetism resources designed for observable classroom demonstrations and activity-based science learning.
For broader activities involving ring magnets, pattern matching and magnetic properties, educators can also explore the Magnetic Match Rings. Buyers should confirm any additional material, packaging or procurement requirements before placing an order.
Frequently Asked Questions
What are Floating Magnets used for?
Floating Magnets are used to demonstrate magnetic attraction, repulsion and non-contact forces. When like poles face each other, repulsive force creates visible separation between the ring magnets.
How many magnets are included in the set?
The set contains five floating ring magnets.
What size are the floating ring magnets?
Each magnet has a verified diameter of 23 mm, and the supplied stand is 125 mm high.
Why do the ring magnets appear to float?
When adjacent ring magnets are oriented with like magnetic poles facing each other, they repel. The vertical rod guides their position while magnetic repulsion creates visible spaces between them.
Is the Floating Magnets set suitable for school science lessons?
Yes. It is suitable for supervised lessons on magnetic poles, attraction, repulsion and non-contact forces in primary science and STEM classrooms.
Is this product safe for young children?
The product is not suitable for children under 3 years because it contains small magnetic parts. Magnets can cause serious or fatal injury if swallowed and must be used and stored under appropriate supervision.
Explore the complete Forces & Magnets collection from School Equipments for additional apparatus covering magnetic attraction, repulsion, magnetic fields and simple force demonstrations.
