High-Power Alnico U-Shaped Horseshoe Magnet 4″ | Kenya
KSh1,750
Features
- Concentrated U-Shape Configuration: Positions the north and south poles adjacent to one another to maximize lifting power and magnetic flux density.
- Premium Alnico Composition: High-grade alloy provides superior temperature stability and long-term demagnetization resistance.
- Heavy-Duty 4-Inch Profile: Ideal dimensions offer a comfortable handgrip for physical demonstrations and robust industrial handling.
- Permanent Magnetic Pull: Retains its powerful magnetic capabilities indefinitely under standard operating and storage conditions.
- Vibrant Identification Markings: Clearly painted or stamped indicators help students easily differentiate between the opposing north and south poles.
High-Power Magnetic Force in a Classic Industrial Design
Experience heavy-duty magnetic strength with our 4-Inch High-Power Alnico U-Shaped Horseshoe Magnet. Meticulously engineered for classrooms, industrial workshops, and engineering laboratories across Kenya, this classic U-shaped magnet brings north and south poles closer together. This geometric design concentrates the magnetic flux lines, creating a significantly stronger, highly localized magnetic field across the gap compared to traditional bar magnets.
Premium Alnico Alloy: Extreme Temperature and Corrosion Resistance
Crafted from a high-grade alloy of Aluminum, Nickel, and Cobalt (Alnico), this heavy-duty horseshoe magnet is built for demanding environments. Unlike ceramic or neodymium alternatives, Alnico magnets boast exceptional thermal stability, retaining their deep magnetic strength in operating temperatures up to several hundred degrees Celsius. This premium composition provides natural resistance against oxidation, corrosion, and structural chipping, ensuring decades of reliable service in rugged setups.
The Essential Tool for Physics Education and Industrial Sorting
This 4-inch high-power magnet is an indispensable teaching tool for Kenyan secondary schools and universities, aligning perfectly with physics practicals for magnetic field visualization, electromagnetic induction experiments, and Eddy current demonstrations. Beyond the classroom, its concentrated pull serves as an excellent utility for industrial metal sorting, separating ferrous materials from non-magnetic mixtures, and recovering small steel components in mechanical workshops
