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To demonstrate the electromagnetism. A pair of powerful magnets in U shape holder. A pair of brass rail with 4mm socket is used for demonstration. A brass axle with two plastic discs is free to roll a
This gimbal-mounted bar magnet is an easily manipulated, high-sensitivity indicator for studying three-dimensional magnetic force fields. Quicker, easier, and more accurate than plotting with compasse
The teslameter is used for the measurement of flux densities in steady magnetic fields. The unit includes a Hall sensor probe for measuring axial and tangential magnetic fields up to 20mT. The magneti
A set of twelve metal strips for magnetism experiments. Each strip is stamped with a key letter for easy identification. The set contains magnetic and non-magnetic metals.
Digital Gauss meter works on the principle of Hall Effect in semiconductor. When a semiconductor with current flowing in one direction is introduced perpendicular to a magnetic field a voltage is produced at right angles to the current path. The m
An elegant method for displaying the shape of magnetic fields without using iron filings. Ideal for student investigations. The transparent plate is comprised of a matrix of small circular chambers. Each chamber contains an iron rod and functions
To demonstrate the magnetic field line. Iron filling filled with silicon oil in a flat and transparent box which allows students to visualize the field of a small magnet.
The apparatus enables electric field patterns to be shown in much the same way that magnetic fields are demonstratedwithironfillings, either by direct viewing or on an overhead projector. The appara
Simple and handy, shows the magnetic lines of forces when a magnet is placed, \n46 compasses fixed around the magnet to realize the magnetic lines of force. \n \nComplete with magnets
Tough plastic cased compass with lanyard. Marked with 8 compass Rings Size: 36 x 8mm points and full 360 degree scale round edges.
Colourful transparent discs with metal rims ideal for use with magnets. Specification Dia. 20mm. Pk 100.
A set of 20 solid, painted (red/blue) magnets for general use in exploring magnetism. Colour coded for easy identification and supplied in a snap top case. Specification Magnet size: 14 x 10 x 50mm.
Feel the ultimate pulling power of magnetism with this pair of incredible new Super Magnets. Housed in tough colour coded outer mouldings (red - North, blue - South) the design allows children to safely experience first hand the force of neodymium
Painted bar magnets, with red and blue poles, stamped with ‘N’ & ‘S’. Specification Size: 9 x 9 x 40mm.
Neodymium magnets have the greatest pulling force of all permanent magnets. We can supply various shapes and sizes of Neodymium magnets. Please contact us for further details. Specification 10 x 4mm. Pk10.
This kit contains a small sample of pyrolytic graphite, 16 small rare earth magnets, a steel base and a pair of tweezers. When the magnets are arranged in a matrix on the base plate, the graphite will
Kit can be used to demonstrate the concept of Faraday's Law of Induction, Ampere's Law, concept of eddy current, Lenz's law in physics. The magnet will move very slowly when it moves under gravity ins
To demonstrate Lenz’s laws. The apparatus moves when a magnet passes through the closed loop and does not move when the loop is open, proving Lenz’s law. Magnet not included.
A kit of magnets and accessories in a storage tray. Contents : 1. One Horseshoe magnet, 100 mm, with keepers.Two ceramic bar magnets, 75 mm long. 2. Three ceramic ring magnets, 38 mm diameter 3. Two plotting compasses clear both
Designed to detect fluctuating magnetic fields comprising of a 3,200 turn coil mounted in a Perspex handle and is terminated with 4mm stackable plugs. In use the search coil acts like the secondary of a transformer to d
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To demonstrate the electromagnetism. A pair of powerful magnets in U shape holder. A pair of brass rail with 4mm socket is used for demonstration. A brass axle with two plastic discs is free to roll a
This gimbal-mounted bar magnet is an easily manipulated, high-sensitivity indicator for studying three-dimensional magnetic force fields. Quicker, easier, and more accurate than plotting with compasse
The teslameter is used for the measurement of flux densities in steady magnetic fields. The unit includes a Hall sensor probe for measuring axial and tangential magnetic fields up to 20mT. The magneti
A set of twelve metal strips for magnetism experiments. Each strip is stamped with a key letter for easy identification. The set contains magnetic and non-magnetic metals.
Digital Gauss meter works on the principle of Hall Effect in semiconductor. When a semiconductor with current flowing in one direction is introduced perpendicular to a magnetic field a voltage is produced at right angles to the current path. The m
An elegant method for displaying the shape of magnetic fields without using iron filings. Ideal for student investigations. The transparent plate is comprised of a matrix of small circular chambers. Each chamber contains an iron rod and functions
To demonstrate the magnetic field line. Iron filling filled with silicon oil in a flat and transparent box which allows students to visualize the field of a small magnet.
The apparatus enables electric field patterns to be shown in much the same way that magnetic fields are demonstratedwithironfillings, either by direct viewing or on an overhead projector. The appara
Simple and handy, shows the magnetic lines of forces when a magnet is placed, \n46 compasses fixed around the magnet to realize the magnetic lines of force. \n \nComplete with magnets
Tough plastic cased compass with lanyard. Marked with 8 compass Rings Size: 36 x 8mm points and full 360 degree scale round edges.
Colourful transparent discs with metal rims ideal for use with magnets. Specification Dia. 20mm. Pk 100.
A set of 20 solid, painted (red/blue) magnets for general use in exploring magnetism. Colour coded for easy identification and supplied in a snap top case. Specification Magnet size: 14 x 10 x 50mm.
Feel the ultimate pulling power of magnetism with this pair of incredible new Super Magnets. Housed in tough colour coded outer mouldings (red - North, blue - South) the design allows children to safely experience first hand the force of neodymium
Painted bar magnets, with red and blue poles, stamped with ‘N’ & ‘S’. Specification Size: 9 x 9 x 40mm.
Neodymium magnets have the greatest pulling force of all permanent magnets. We can supply various shapes and sizes of Neodymium magnets. Please contact us for further details. Specification 10 x 4mm. Pk10.
This kit contains a small sample of pyrolytic graphite, 16 small rare earth magnets, a steel base and a pair of tweezers. When the magnets are arranged in a matrix on the base plate, the graphite will
Kit can be used to demonstrate the concept of Faraday's Law of Induction, Ampere's Law, concept of eddy current, Lenz's law in physics. The magnet will move very slowly when it moves under gravity ins
To demonstrate Lenz’s laws. The apparatus moves when a magnet passes through the closed loop and does not move when the loop is open, proving Lenz’s law. Magnet not included.
A kit of magnets and accessories in a storage tray. Contents : 1. One Horseshoe magnet, 100 mm, with keepers.Two ceramic bar magnets, 75 mm long. 2. Three ceramic ring magnets, 38 mm diameter 3. Two plotting compasses clear both
Designed to detect fluctuating magnetic fields comprising of a 3,200 turn coil mounted in a Perspex handle and is terminated with 4mm stackable plugs. In use the search coil acts like the secondary of a transformer to d
Showing products per page