We manufactured all types of magnets such as Magnet Alnico, Bar, Physics Magnetism, Educational Magnets, Magnet Alnico Cylindrical, Magnet Alnico U Shape, Magnet Ball Ended, Magnet Bar, Magnet Bar Ceramic, Magnet Cylindrical, Magnet Horse Shoe, Magnet Magnadur and many more
A Half red & half blue (for N & S ) spray painted, with keepers
Half red & half blue (for N & S ) spray painted, with keepers. Made of cobalt steel 10 mm diameter available in different sizes.
Half red & half blue (for N & S ) spray painted, with keepers. Made of cobalt steel 12 x 6 mm - available in different sizes Bulk Manufacturers & Suppliers of U Shape Magnet Alnico with High Power. Exporters of U Shaped Alnico Magnets
Chrome steel with true poles length 20 cms
Made of steel, 12 x 5 mm in pairs ; half red & half blue (for N & S) spray painted, with keepers
Ceramic magnets for good magnetic strength. Half red half blue, spray painted. 50 x 10 x 5 mm.
Made of steel, 12 mm diameter, in pairs, half red & half blue (for N & S), spray painted, with keepers.
Made of steel, half red & half blue ( for N & S ) spray painted, with keepers.
Size: 50 x 10 x 5 mm
An annular magnet with face poles.
50 mm x 50mm magnetic square rubber sheet
Suspension Magnet for Physics Lab - Cylindrical chrome steel magnet with hole in the centre
U Shaped Magnet for Physics Lab - Half red & half blue (for N & S ) spray painted, with keepers. Made of steel.
Load Stone Magnet for Physics Lab - Magnetic Iron Ore. Selected pieces.
Barlow Wheel for demonstrating the conversion of electric energy into mechanical energy. Star shaped copper disc 9cm dia. rotatable vertically on pair of adjustable centres and dipping.
Bell Electric for Physics Lab - With detachable plastic cover, dome gong. For use on 3 to 12 V AC/DC supplies.
Bell Push Switch For Physics Lab Exporters
Magnetic Compass for Physics Lab - Magnetic needle mounted in metal case with hinged cover, glass, dial marked with principal points of the Compass, a locking mechanism 45mm dia
Educational Compass for Physics Lab - Card marked with points of compass & degrees. 175 mm overall diameter. 110 mm needle in case.
Mariner's Compass for Physics Lab - Magnetic needle in Aluminium bowl with gimbals in polished wooden box with sliding cover, dia 75 mm approx.
Deflection Magnetometer Compass for Physics Lab - A small magnetic needle having 100 mm needle at right angle in a tough plastic case. Cord marked with points of the compass and degrees. Can be used in magnetometer experiments.
Deflection Magnetometer - Compass box fitted on polished wooden base made of non-wrapping wood with meter scale alongside its length. Compass box is removable.
Demonstration Transformer - One main coil and 2 interchangeable secondary coils, 6 and 12 volt at 2 amp.
Demountable Transformer for Physics Lab Comprises U & I cores of low loss magnetic material, to form a closed core of cross section 25 mm in plane of laminations, 32 mm perpendicular to them is an I - core of length 102 mm. U core external height 102mm. Internal height to take bobbin length 77 mm. Pair of pole pieces, each 65x30x25 mm with on end shaped to part of a cone for maximum flux density. Hole drilled through total length along cone axis to take a light beam. Pole pieces will accept supertrods & shading ring (provided with accessories) & may be clamped on any separation on U core, or in contact as a non laminated I - core. Cast aluminium alloy stand consisting of a heavy base on four rubber feet with removable clamping arms. Maximum dimensions of base 190x200x115 mm. Channel 35 mm wide & 3 mm deep to take transformer core, extends across full width. Integral support for arms, to rear, is below the level of the pole pieces. Arms pivot on steel spindle with adjustment of knobs to rear bringing hard rubber pads at front end of arms to bear on transformer core. Synthetic hammer finish except of clean metal in channel & 4 mm hole to take on earthing plug lead. Complete with all the accessories
Dip Circle for Physics Lab with steel needle 10cm long on jeweled bearings, with circular metal scale, 13cm dia. and anti parallax mirror, both rotatable about vertical axis. Aluminium base 15cm dia. marked at four quadrants. Complete with extra needle dimensionally identical to first but un-magnetized.
Dip Needle for Physics Lab with Cobalt steel needle, 10 cm long, graduated quadrant fully rotatable on metal base, divided at 45° Degree.
Dissectible Coils and Core - Various coils and cores for electromagnetic experiments.
This enables students to construct six models electric motors. It comprises of the following: 12 Nos Magnadur magnets, 6 Nos armatures, 6 Nos mild steel yokes, 6 Nos support bases wooden, 6 Nos knitting needle shafts (Al shafts), 24 Nos rivets, 12 Nos split pins, 1 No reel 26 SWG PVC covered copper wire, 2 Nos reels cello tape, 30cms rubber tubing, 2.5 mm bore.
It comprises mild steel U-shaped bar of circular cross section fitted with bobbins, wound with heavy gauge copper wire and the ends are ground very flat to make good magnetic contact with the iron armature. The connections of the bobbins are made to ensure that direction of winding each pole is obvious. Supplied with carrying hook, operates on 4-6 volts d.c. Supplied with keeper with hook.
This kit is most versatile as it enable students to perform a wide range of experiments in electromagnetism such as construction of working motors and meters. It comprises eight anisotropic alloy magnets, eight anisotropic ceramic ferrite magnets, four steel magnet yokes, six plotting compasses, four hard board formers for compasses, one bottle iron fillings, four iron filling dispensers, four each double C-cores, clips for C-cores, aluminium rings, split aluminium rings, four each support bases, armature with axle tubes, aluminium axle rods, eight split pins, 16 rivets, one length latex rubber tubing, four each formers for coils, reels cellulose tape, reels copper wire, four each sheets white pasteboard, plain postcard, reels white cotton, four each C-resistors 100 ohm, 10 ohm, ten flash lamp bulbs, four neon bulbs, eight (MES) bulb holders, wood clamp, wood block.
Dip Circle for Physics Lab with steel needle 10cm long on jeweled bearings, with circular metal scale, 13cm dia. and anti parallax mirror, both rotatable about vertical axis. Aluminium base 15cm dia. marked at four quadrants. Complete with extra needle dimensionally identical to first but un-magnetized.
Dip Needle for Physics Lab with Cobalt steel needle, 10 cm long, graduated quadrant fully rotatable on metal base, divided at 45° Degree.
Dissectible Coils and Core - Various coils and cores for electromagnetic experiments.
This enables students to construct six models electric motors. It comprises of the following: 12 Nos Magnadur magnets, 6 Nos armatures, 6 Nos mild steel yokes, 6 Nos support bases wooden, 6 Nos knitting needle shafts (Al shafts), 24 Nos rivets, 12 Nos split pins, 1 No reel 26 SWG PVC covered copper wire, 2 Nos reels cello tape, 30cms rubber tubing, 2.5 mm bore.
It comprises mild steel U-shaped bar of circular cross section fitted with bobbins, wound with heavy gauge copper wire and the ends are ground very flat to make good magnetic contact with the iron armature. The connections of the bobbins are made to ensure that direction of winding each pole is obvious. Supplied with carrying hook, operates on 4-6 volts d.c. Supplied with keeper with hook.
This kit is most versatile as it enable students to perform a wide range of experiments in electromagnetism such as construction of working motors and meters. It comprises eight anisotropic alloy magnets, eight anisotropic ceramic ferrite magnets, four steel magnet yokes, six plotting compasses, four hard board formers for compasses, one bottle iron fillings, four iron filling dispensers, four each double C-cores, clips for C-cores, aluminium rings, split aluminium rings, four each support bases, armature with axle tubes, aluminium axle rods, eight split pins, 16 rivets, one length latex rubber tubing, four each formers for coils, reels cellulose tape, reels copper wire, four each sheets white pasteboard, plain postcard, reels white cotton, four each C-resistors 100 ohm, 10 ohm, ten flash lamp bulbs, four neon bulbs, eight (MES) bulb holders, wood clamp, wood block.
Force on a conductor balance - It is used to demonstrate that when a current is passed through a conductor in a magnetic field, it is subjected to a force of attraction or repulsion depending upon the direction of current in it. It consists of a plastic base 160 x 140mm on which two contact pillars are mounted. Each pillar is provided with an external circuit. A balance beam is supported by the pillars on two bearings, which form the fulcrum. Two screwed masses are provided in the beam system, one moving vertically for the adjustment of sensitivity and the other moving horizontally for the adjustment of the equilibrium position, when no current is flowing. Scale marked 0 to 75 x 1mm, rider of 1 gm weight.
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Induction Coil (Ruhmkorff Coil ) for Physics Lab - The primaries are wound with thicker copper enamelled covered wire on letherite pipe in two layers. The secondary coils are divided into two parts & are given heavy insulation. Each layer is wound in a cover of butter paper & are completing the winding, the entire is dipped into hot wax to seal each layer against moisture effect. The coils are housed in a teakwood base, voltage tested condensers are fitted inside the wooden polished base. Handles to get the spark are fitted on it & make or break points are of silver. One point is adjustable to get any cycle. On/off reversing switch commutator working on 6 to 12 V DC
Demonstration Induction Coils consists of two coils wound on separate bobbins, one having many turns of fine wire & the other with few turns of heavy wire. It demonstrates that induced potentials are produced either by movement of a permanent or electromagnet or by a change of current in one coil, fitted with insulated 4 mm socket terminals & supplied with a soft iron core, outer coil is 12.5 cm long & is of 5 cm diameter.
Iron Filings for indicating lines of magnetic force, pack of 500 gms
Apparatus To Show Force On Conductor In Magnetic Field - Comprising a strong U-shaped magnet and a pair of brass rails with 4mm socket terminals. A brass axle with plastic discs is free to roll along the rails and completes the electrical contact between them. When the axle is placed on the rails between the poles of the magnet, and a power supply unit is connected, the axle rolls along the rails, away from the centre of the magnetic field. Apparatus To Show Force On Conductor In Magnetic Field for Magnetism Experiment in Physics Lab
Magnetic Field Chamber - Acrylic chamber with magnet, showing 3 dimensional nature of the magnetic field.
A wooden table supports an aluminium ring wound with three coils of 18 SWG enamelled copper wire of 5, 10 & 20 turns respectively, connected to bakelite 4 mm socket terminals at one edge of the board. The table is 400 x 275 x 90 mm . Overall height of the apparatus is 170 mm.
Magnetizing and Demagnetizing Solenoid - A helical coil 310 mm long of DCC copper wire mounted on a wooden board, number of turns marked, with one meter connecting cable, fuses, push switch compass & soft iron rod 350 x 10 mm. Internal dia of coil 25 mm approx. For use on 230 V mains supply
Materials Set for Magnetism and Electricity for Physics Lab - Comprises 11 pieces of magnetic & non magnetic materials each 100 x 32 mm. Thickness of metals 0.9 mm & that of non metals 1.6 mm approx. Materials provided are aluminium, brass, copper, cardboard, lead, GUN metal, perspex, polythene, steel, wood, & zinc.
Magnetic Needle with Stand - Magnetic needle, with plastic base 72 mm diameter & 6 mm diameter aluminium pillar supporting a steel needle pivot. Overall height of stand 100 mm approx.
OPH Coil Circular for Physics Lab - 2 Single loop, copper wire 3mm dia , mounted on acrylic sheet with socket connections.
OPH Conductor for Physics Lab - Single straight conductor, copper wire 3mm dia , mounted on acrylic sheet with socket connections.
OPH Helix Coil for Physics Lab - Solenoid, multi loops, 7 turns copper wire 3mm dia, mounted on acrylic sheet with socket connections
Orested's Apparatus for Physics Lab To show the action of electric current on a magnet. Magnetic needle 75 mm long with brass bearing supported by pivot mounted on a plastic base & surrounded by a rectangular copper rod fitted with terminals. Dimensions 80 x 40 mm.
Soft Iron Rod for Physics Lab 150 x 10 mm - length x diameter.
Steel Rod for Physics Lab 150 x 10 mm - length x diameter.
Simple Galvanoscope for Physics Lab comprises wooden former with terminals & engraved metal circle marked 0 - 180 - 0, divided & figured every 45º, with magnetic pivot, wound with 30 turns enamelled copper wire & complete with 75 mm magnetic needle with brass bearing. Maximum opening voltage 4.5 V.
Soft Iron Plate for Physics Lab - Size: 75 x 25 mm - length x breadth.
Sprinkler, Sprinkler for Physics Lab - Used for iron & steel filings. Sprinkler made of PVC.
Stirrup for Physics Lab made of brass wire for suspension of magnets in electrostatic experiments. 50 mm long & 45 mm high. Stirrup Supports a bar magnet or a friction rod, allowing it to turn in a horizontal plane. Use to determine polarity. Hooks are 50mm apart. Without magnet or cord.
Tangent Galvanometer for Physics Lab - A bakelite ring or bobbin is of 165 mm diameter with 3 windings of 2, 50, & 500 turns. The magnetometer is supported on a brass tube fitted on an ebonite plate which is free to revolve in the base of the instrument. The magnetometer & the ring can both be rotated independently of the base which is with levelling screws. The compass box consists of a bakelite base with metal dial of diameter 100 mm graduated in degrees & with anti parallax mirror. Cobalt steel magnet & aluminium pointer are mounted on special synthetic sapphire. The needle moves on special pivot. This combination makes the needle virtually frictionless.
Vibration Box for Physics Lab - To compare the magnetic moments of magnets & to determine moments of inertia etc. Consists of a polished wooden box fitted with sliding glass door. The top of the case is slotted & carries a glass tube fitted with torsion head to support by means of a silk fibre, a brass stirrup to carry magnets etc. The base of box is fitted with a mirror strip, with a longitudinal index line. Internal dimensions of box 160 x 66 x 66 mm approx. Length of tube 140 mm approx. Stirrup 50 mm long & 45 mm high approx. Complete with one each 50 & 100 mm bar magnets & one each 50 & 100 mm brass bars.
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