Description
The Horseshoe Magnet is a robust and versatile tool designed to bring the wonders of magnetism into your hands. Its classic "U" shape enhances grip and allows for easy handling, while its powerful magnetic force enables it to lift and hold various objects, from small toys to paper clips. This sturdy magnet is perfect for sparking curiosity and exploring magnetic properties in a fun and educational way.
The open ends of the horseshoe shape allow a greater surface area for attracting objects, making it ideal for hands-on experiments. It’s a fantastic teaching tool for explaining concepts like magnetic fields and polarisation, as the separate North and South poles demonstrate how magnetism works in a clear, visual way. Children can use it in classrooms or at home to test the magnet's power and experiment with different magnetic materials, enhancing their learning experience through tactile exploration.
Constructed from high-quality materials, the horseshoe magnet is built to withstand regular use, making it a reliable addition to any science kit. Its strength and durability ensure that it will support countless experiments and educational activities, offering both students and educators a practical way to study the fundamentals of magnetism.
Horseshoe Magnet Features:
- Powerful Magnetic Force: Capable of lifting and holding a variety of small items, making it ideal for interactive learning.
- Classic Horseshoe Shape: Curved "U" design provides an easy grip and maximises magnetic attraction.
- Visible North and South Poles: Demonstrates polarisation for clear educational purposes.
- Durable and Reliable: Built from high-quality materials to withstand frequent use in any setting.
- Educational Resource: Great for teaching magnetism concepts in schools, homeschools, or at home.
- Dimensions: Measures 10cm wide x 14cm high x 1cm deep, compact enough for easy handling by all ages.
The Horseshoe Magnet is an essential tool for anyone interested in exploring the principles of magnetism, perfect for science lessons, hands-on learning, and sparking the curiosity of budding scientists