Elecopto 2 Inch U-Shaped Horseshoe Magnet | High Alnico Grade for Physics Lab Experiments & Demos

Brand: Elecopto

Elecopto 2 Inch U-Shaped Horseshoe Magnet | High Alnico Grade for Physics Lab Experiments & Demos

Name: Elecopto 2 Inch U-Shaped Horseshoe Magnet | High Alnico Grade for Physics Lab Experiments & Demos
Brand: Elecopto
SKU: TB-EL-77692
Price: 219 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: TB-EL-77692

MRP : ₹220 ₹219

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MRP : ₹220

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2 inch Alnico U-magnet.
Strong concentrated parallel poles.
Physics lab education tool.
Color coded pole alignment.

Country of origin: India

Brand: Elecopto

Size: 2 Inch
Material: Alnico Permanent Magnet
Shape: Horseshoe / U-Shape
Pole Markings: Color-Coded with Stamped N & S Designation

The Elecopto 2 Inch U-Shaped Horseshoe Magnet is an essential, high-quality permanent magnet engineered specifically for scientific study and educational environments. Featuring a classic U-shape design, it efficiently concentrates a strong, uniform magnetic field between its parallel poles, making it highly interactive and reliable for physics labs and classroom demonstrations.

Features

Concentrated Magnetic Field: U-shape geometry brings both north and south poles close together to generate a highly focused magnetic pull.
Lab-Grade Durability: Manufactured from high-temperature resistant Alnico material to maintain strong magnetic forces over repeated school or industrial trials.
Clear Polar Markings: Painted body color-coding with clearly stamped North (N) and South (S) poles allows for easy structural visualization during magnetic experiments.
Compact 2-Inch Profile: Optimized structural layout provides effortless handheld usage and perfect spatial alignment inside dense apparatus setups.

Applications

Magnetic Field Mapping: Visualizing field lines with iron filings in school and college physics experiments.
Current-Carrying Deflection: Demonstrating the Lorentz force when a current-carrying wire moves through a static magnetic field.
Electromagnetism Demos: Ideal for building foundational setups for simple electric motors and generators.
Magnetic Separation Studies: Simulating standard lab-scale filtration and mineral extraction tasks.