Connecting Wire, Enameled Copper Magnet Manufacturer,Supplier and Exporter in India

Product Code : SCL-PLE-11442

Scientifc Equipment Connecting Wire, Enameled Copper Magnet is an educational electrical laboratory wire designed for electromagnetism, coil winding, motor model construction, solenoid experiments, transformer demonstrations, induction activities, and basic electricity practicals. It is suitable for school science laboratories, college physics labs, STEM classrooms, electronics basics, and teacher-led experiments.

Enameled copper magnet wire is made from copper conductor coated with a thin insulating enamel layer. The copper provides good electrical conductivity, while the enamel coating allows the wire to be wound into compact coils without short-circuiting between turns. This makes it ideal for making electromagnets, coils, solenoids, motors, buzzers, generators, and induction models.

Product Description

The Connecting Wire, Enameled Copper Magnet by Scientifc Equipment is a practical laboratory wire used in physics and electronics experiments where coil formation and magnetic field generation are required. It is commonly used for winding coils around iron cores, cardboard tubes, plastic bobbins, wooden formers, or laboratory coil holders.

When current passes through a coil made from enameled copper magnet wire, a magnetic field is produced around the coil. If the coil is wound around an iron core, it can form an electromagnet. The wire is also useful for demonstrating electromagnetic induction, motor action, generator action, transformer principles, and the relationship between electric current and magnetism.

Scientifc Equipment Enameled Copper Magnet Wire supports hands-on learning in electricity, magnetism, electromagnetism, electronics basics, and STEM-based science projects.

Key Features

• Brand: Scientifc Equipment
• Enameled Copper Wire: Copper conductor coated with thin insulating enamel for coil winding.
• Magnet Wire Use: Ideal for electromagnets, solenoids, motors, generators, and transformer models.
• Good Conductivity: Copper conductor supports efficient current flow in low-voltage experiments.
• Compact Coil Winding: Enamel insulation allows close winding without turn-to-turn short circuits.
• Physics Lab Suitable: Useful for electricity, magnetism, induction, and electromagnetism experiments.
• STEM Project Friendly: Suitable for working models, science projects, and practical circuit activities.
• Reusable Laboratory Material: Can be used for repeated supervised educational experiments when handled properly.

Product Specifications

How to Use Connecting Wire, Enameled Copper Magnet

1. Select the required length of enameled copper magnet wire according to the experiment or coil size.
2. Wind the wire evenly around a suitable former, bobbin, cardboard tube, plastic tube, or iron core.
3. Keep the turns neat and close, but avoid pulling the wire too tightly.
4. Remove the enamel coating from both wire ends using sandpaper, a blade, or a suitable wire-stripping method under supervision.
5. Connect the cleaned wire ends to a low-voltage battery, switch, or power supply using connecting leads.
6. Close the switch briefly and observe the magnetic effect of the coil.
7. For electromagnet experiments, bring small iron pins or paper clips near the coil and observe attraction.
8. Change the number of turns or current level to compare magnetic strength.
9. For induction experiments, move a magnet near the coil and observe the meter deflection, if connected.
10. Record observations such as number of turns, current, magnetic strength, coil shape, and experiment result.
11. Switch off the power source before adjusting or touching the coil.
12. Allow the wire or coil to cool if it becomes warm during use.

Educational Applications

• Making simple electromagnets
• Winding coils and solenoids for physics practicals
• Demonstrating magnetic field produced by electric current
• Studying the effect of number of coil turns on magnetic strength
• Building simple motor and generator models
• Demonstrating electromagnetic induction
• Explaining transformer and coil-based device principles
• Supporting STEM projects and science fair working models
• Teaching the relationship between electricity and magnetism through hands-on experiments

Why Choose Scientifc Equipment Enameled Copper Magnet Wire?

Scientifc Equipment provides practical educational science apparatus and electrical accessories for schools, colleges, STEM labs, and institutional laboratory setups. The Enameled Copper Magnet Wire is useful for coil winding and electromagnetism experiments where compact insulated copper turns are required.

• Suitable for school and college physics laboratories
• Useful for electromagnetism, coil winding, induction, and motor experiments
• Copper conductor supports good electrical conductivity
• Enamel coating allows close coil winding with insulation between turns
• Compatible with common classroom electricity and magnetism accessories
• Supports hands-on learning through practical working models
• Suitable for institutional procurement and science lab setup

E-E-A-T Product Trust Notes

• Educational Experience: Designed for repeated classroom use in electricity, magnetism, coil winding, and electromagnetism experiments.
• Practical Expertise: Supports standard physics concepts such as magnetic field, electromagnet, solenoid, induction, and motor action.
• Authoritative Lab Use: Suitable for school, college, STEM, physics, and electronics laboratory practicals.
• Trustworthy Learning: Encourages safe, supervised, low-voltage experiments with clear observation-based outcomes.

Care and Safety Instructions

• Use Enameled Copper Magnet Wire only under teacher or laboratory instructor supervision.
• Use only with suitable low-voltage educational circuits unless otherwise specified.
• Do not connect the wire directly to mains electricity.
• Remove enamel only from the wire ends where electrical connection is required.
• Do not touch the coil while current is flowing, as it may become warm during operation.
• Switch off the power source before adjusting wire connections or changing coil setup.
• Avoid short circuits by keeping stripped wire ends separated.
• Do not overload the wire beyond the safe current limit of the experiment setup.
• Keep the wire away from water, flame, corrosive chemicals, and excessive heat.
• Store the wire neatly on a spool or coil to prevent tangling and damage to the enamel coating.

SEO Title

Enameled Copper Magnet Wire for School Physics Lab – Scientifc Equipment

Meta Description

Buy Scientifc Equipment Connecting Wire, Enameled Copper Magnet for school physics labs, STEM classrooms, electromagnet experiments, coil winding, solenoid making, motor models, generator models, and induction practicals.

SEO Keywords

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FAQ – Connecting Wire, Enameled Copper Magnet

1. What is Connecting Wire, Enameled Copper Magnet used for?

It is used for coil winding, electromagnet experiments, solenoid construction, motor models, generator models, transformer demonstrations, and electromagnetic induction activities.

2. Is enameled copper magnet wire suitable for school laboratories?

Yes, Scientifc Equipment Enameled Copper Magnet Wire is suitable for school science labs, college physics labs, STEM classrooms, and supervised student practicals.

3. Why is enamel coating used on copper wire?

The enamel coating acts as a thin insulation layer, allowing the wire to be wound into compact coils without short-circuiting between adjacent turns.

4. Why is copper used in magnet wire?

Copper is used because it has good electrical conductivity and is suitable for carrying current in low-voltage educational experiments.

5. Can this wire be used to make an electromagnet?

Yes, the wire can be wound around an iron nail or iron core and connected to a low-voltage power source to make a simple electromagnet.

6. Do the wire ends need to be cleaned before connection?

Yes, the enamel coating must be removed from the wire ends before making an electrical connection, otherwise current may not flow properly.

7. Can this wire be used for motor and generator models?

Yes, it is commonly used for school-level motor models, generator models, coil winding, and induction demonstrations.

8. Can students use this wire directly?

Students can use the wire under teacher or laboratory instructor supervision after learning proper coil winding, enamel removal, connection, and safety methods.

9. Can this wire be connected to mains electricity?

No, it should not be connected directly to mains electricity. It should be used only with suitable low-voltage educational laboratory circuits.

10. Does the wire become hot during use?

It may become warm if high current flows through the coil. Always use safe low-voltage conditions and switch off the power if heating is observed.

11. What safety precautions should be followed?

Use low-voltage circuits only, avoid short circuits, remove enamel only at connection points, do not touch heated coils, and switch off power before adjustments.

12. How should Enameled Copper Magnet Wire be maintained?

Store it neatly on a spool, avoid sharp bends, protect the enamel coating from scratches, keep it dry, and prevent tangling or overheating during use.

13. Is this product useful for STEM education?

Yes, it supports STEM education by helping students build electromagnets, coils, motors, generators, and induction models through hands-on practical learning.

Conclusion

Scientifc Equipment Connecting Wire, Enameled Copper Magnet is an essential educational wire for electromagnetism, coil winding, solenoid, motor, generator, and induction experiments. Its copper conductor, thin enamel insulation, and practical coil-making use make it suitable for school science labs, college physics practicals, STEM classrooms, electronics basics, science projects, and institutional laboratory setups.