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01691 770366 | sales@selectschoolsupplies.co.uk
For ordinary magnets, iron bars, strips etc. Consists of a 250 mm long solenoid wound with insulated copper wire and mounted on a base, with switch and 4mm terminals. Operating voltage is 12 V A.C. or D.C. At 6A max.
Magnetic plastic marbles, 2 of each in 10 colours. Specification Size: 15mm dia.
Filings encased in a plastic bubble, used to observe the effects of invisible magnetic fields. \n \nSpecification \nSize: 85mm dia.
These plastic cased marbles look like colourful plastic balls, but each one contains a magnet so they stick together, hang together and pull towards and away from each other - as a first introduction to the magical world of magnetism they are grea
20 magnetic and non magnetic objects; some familiar, some not, neatly sealed in clear plastic pots with 2 magnetic wands to test for magnetism. Good for individual and group work, supplied in a strong storage case. Specification
Rectangular plastic cased iron filings to show the effect of magnetic force field when in the proximity of a magnet. Specification Size: 97 x 70 x 10mm.
Alnico horseshoe magnet painted red with keeper. Specification 25mm.
Powerful magnets (with North and South poles clearly marked) are housed at the ends of this impressive giant horseshoe magnet. Specification Size: 210mm.
This giant magnetic tube has a double wall with iron filings between the two layers to show a 3 dimensional view of the magnetic field around the magnet supplied. The magnet is removable and the filings are safely encased.
Set of 2 magnetic wands and 100 coloured plastic counting chips ideal for primary education. Specification Wand length 190mm, chip dia. 20mm. Wand colour may vary.
Strong magnets enclosed in tough plastic outer casings colour coded red for north and blue for south. 80 x 22 x 10mm
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
Great for counting, sorting, currency etc and being transparent they can also be used on a light box. A steel ring around the edge of each chip means that they can be picked up by a magnet. Specification Dia. 20mm. Pk 500.
Painted bar magnets, with red and blue poles, stamped with N&S Specification Size: 14 x 10 x 50mm.
The perfect set to develop magnetic investigation. Comes with a useful A4 background information booklet with 16 experiments linked to the QCA science curriculum for Key Stage 1. All components slot into a purpose made plastic moulded carry box fo
A comprehensive selection of magnets and materials packed in a robust storage case. Includes alnico bars, alnico button magnets, round and square alcomax bars, ferrite blocksand rings, chrome steel horseshoe magnet, alnico horseshoe magnet, iron f
Iron filings in plastic shaker, ideal for magnetic flux experiments. \n \nSpecification \nSingle shaker. 250g.
Alnico strong cast magnet painted red with keeper. Specification 30 x 20 x 20mm.
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For ordinary magnets, iron bars, strips etc. Consists of a 250 mm long solenoid wound with insulated copper wire and mounted on a base, with switch and 4mm terminals. Operating voltage is 12 V A.C. or D.C. At 6A max.
Magnetic plastic marbles, 2 of each in 10 colours. Specification Size: 15mm dia.
Filings encased in a plastic bubble, used to observe the effects of invisible magnetic fields. \n \nSpecification \nSize: 85mm dia.
These plastic cased marbles look like colourful plastic balls, but each one contains a magnet so they stick together, hang together and pull towards and away from each other - as a first introduction to the magical world of magnetism they are grea
20 magnetic and non magnetic objects; some familiar, some not, neatly sealed in clear plastic pots with 2 magnetic wands to test for magnetism. Good for individual and group work, supplied in a strong storage case. Specification
Rectangular plastic cased iron filings to show the effect of magnetic force field when in the proximity of a magnet. Specification Size: 97 x 70 x 10mm.
Alnico horseshoe magnet painted red with keeper. Specification 25mm.
Powerful magnets (with North and South poles clearly marked) are housed at the ends of this impressive giant horseshoe magnet. Specification Size: 210mm.
This giant magnetic tube has a double wall with iron filings between the two layers to show a 3 dimensional view of the magnetic field around the magnet supplied. The magnet is removable and the filings are safely encased.
Set of 2 magnetic wands and 100 coloured plastic counting chips ideal for primary education. Specification Wand length 190mm, chip dia. 20mm. Wand colour may vary.
Strong magnets enclosed in tough plastic outer casings colour coded red for north and blue for south. 80 x 22 x 10mm
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
Great for counting, sorting, currency etc and being transparent they can also be used on a light box. A steel ring around the edge of each chip means that they can be picked up by a magnet. Specification Dia. 20mm. Pk 500.
Painted bar magnets, with red and blue poles, stamped with N&S Specification Size: 14 x 10 x 50mm.
The perfect set to develop magnetic investigation. Comes with a useful A4 background information booklet with 16 experiments linked to the QCA science curriculum for Key Stage 1. All components slot into a purpose made plastic moulded carry box fo
A comprehensive selection of magnets and materials packed in a robust storage case. Includes alnico bars, alnico button magnets, round and square alcomax bars, ferrite blocksand rings, chrome steel horseshoe magnet, alnico horseshoe magnet, iron f
Iron filings in plastic shaker, ideal for magnetic flux experiments. \n \nSpecification \nSingle shaker. 250g.
Alnico strong cast magnet painted red with keeper. Specification 30 x 20 x 20mm.
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