Physics Accessories and Demonstration Components
Physics accessories include components for supporting classroom demonstrations and laboratory experiments. Designed for compatibility and durability, they enhance practical teaching setups. Australian science programs benefit from reliable demonstration components.
Alnico Bar Magnet Pairs with Keepers, Permanent Magnet Demonstration
- Alnico bar magnets designed for physics experiments and educational magnetism demonstrations
- Manufactured from Alnico (aluminium, nickel and cobalt-based magnetic alloy)
- Available in three lengths: 50 mm, 75 mm and 100 mm
- Standard width of 12 mm and thickness of 8 mm across all variations
- Supplied as a pair of permanent bar magnets with magnetic keepers
- Each magnet features north and south magnetic poles
- Keepers help preserve magnetic strength during appropriate storage
- Suitable for demonstrating magnetic attraction, repulsion and magnetic field patterns
- Supports investigations of magnetic forces and interactions with ferromagnetic materials
- Reusable construction for repeated classroom physics experiments
- Suitable for use with compasses, iron filings and other compatible magnetic demonstration equipment
- Ideal for secondary schools, universities and educational physics laboratories
From AUD 11.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Alnico Horseshoe Magnet for Pole Interaction and Attraction Experiments
- Alnico horseshoe magnets designed for laboratory magnetism experiments and educational physics demonstrations
- Manufactured from Alnico, a permanent magnetic alloy containing aluminium, nickel and cobalt
- Available in five sizes: 25 mm, 50 mm, 75 mm, 100 mm and 150 mm
- Classic U-shaped horseshoe design with north and south magnetic poles
- Permanent magnetic construction produces a magnetic field without an external power supply
- 25 mm variation features a red finish and marked N and S magnetic poles
- 25 mm magnet has an approximate lifting capacity of 300 g under specified conditions
- 50 mm variation measures 50 mm in overall height, with an approximate bottom width of 40 mm
- Suitable for demonstrating magnetic attraction, repulsion and magnetic field patterns
- Can be used with iron filings, plotting compasses and compatible physics apparatus
- Reusable construction for repeated classroom demonstrations and experiments
- Ideal for secondary schools, universities and educational physics laboratories
From AUD 13.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Copper Sheet, 150 × 150 mm, Pack of 8
- Plain raw copper sheets for laboratory and educational use
- Supplied as a pack of 8 pieces for classroom and lab stock use
- Each sheet is cut to 150 × 150 mm square size
- Thickness is stated as 0.36 mm, equivalent to 28 SWG
- Suitable for conductivity, material study and practical science activities
- Useful for cutting, shaping or comparison tasks where copper sheet is required
- Use under appropriate supervision with suitable handling procedures
AUD 77.50 (Ex GST)
Copper Turnings, Fine Technical Grade, 500 g
- Fine copper turnings for laboratory and educational experiments
- Also known as metallic copper shavings for practical chemistry use
- Supplied as a 500 g pack for classroom and laboratory stock use
- High surface area supports suitable reaction and demonstration workflows
- Useful for electrochemistry, displacement and corrosion experiments
- Technical grade material for general laboratory demonstration use
- Handle with PPE and avoid dust, ingestion or inhalation exposure
AUD 87.50 (Ex GST)
Cylindrical Alnico Magnet for physics experiments
- Cylindrical Alnico magnet designed for physics experiments and educational magnetism demonstrations
- Manufactured from Alnico, a permanent magnetic alloy containing aluminium, nickel and cobalt
- Measures 30 mm in length and 10 mm in diameter
- Compact cylindrical design suitable for laboratory magnetic field investigations
- Permanent magnet produces a magnetic field without an external power source
- Features north and south magnetic poles for studying magnetic interactions
- Suitable for demonstrating magnetic attraction, repulsion and magnetic field patterns
- Supports investigations of magnetic forces and interactions with ferromagnetic materials
- Suitable for use with compasses, iron filings and other compatible physics equipment
- Reusable magnetic construction for repeated laboratory demonstrations
- Ideal for secondary schools, universities and educational physics laboratories
AUD 14.90 (Ex GST)
Double Coil Electric Bell for Laboratory Demonstrations
- Double coil electric bell designed for laboratory electromagnetism and educational physics demonstrations
- Features a 75 mm diameter gong for producing an audible ringing sound
- Operates on a 6 V AC (alternating current) electrical supply
- Specified operating current of 2 A
- Double electromagnetic coil arrangement demonstrates the magnetic effects of electric current
- Features a detachable plastic component for educational use and examination
- Converts electrical energy into electromagnetic force, mechanical movement and sound
- Suitable for investigating electromagnets, electrical circuits and electromechanical mechanisms
- Requires a suitable AC power source and is not battery operated
- Allows students to observe the operation of an electromagnetic bell mechanism
- Suitable for supervised classroom demonstrations and practical physics experiments
- Ideal for secondary schools, universities and educational science laboratories
AUD 36.50 (Ex GST)
Electric Bell Demonstration, for electromagnetism and electrical circuit experiments
- Electric bell demonstration model designed for laboratory electromagnetism and electrical circuit experiments
- Operates on a low-voltage 4–9 V DC electrical supply
- Mounted on a panel with large, clearly visible working components
- Exposed wiring allows students to observe electrical connections and trace the circuit
- Demonstrates the conversion of electrical energy into mechanical movement and sound
- Suitable for investigating electromagnets and the magnetic effects of electric current
- Allows observation of the armature, striker and electromagnetic switching mechanism
- Supports practical demonstrations of make-and-break electrical circuits
- Designed for classroom teaching and supervised physics experiments
- Ideal for secondary schools, universities and educational physics laboratories
AUD 82.50 (Ex GST)
Electrostatic Rubbing Cloths, Wool and Cotton, Set of 2
- Rubbing cloth set for electrostatic experiments
- Supplied as a set of 2 cloths as listed
- Includes wool cloth as listed
- Includes cotton flannelette cloth as listed
- Suitable for rubbing plastic rods to create electrostatic charges
- Useful for classroom demonstrations of static electricity
- Supports attraction, repulsion and charge separation experiments
- Practical accessory for school and university physics laboratories
- Compatible plastic rods should be selected separately
- Keep away from sensitive electronic equipment during use
- Cloth set only, rods and electroscopes are not included
- Use under appropriate laboratory or educational supervision
AUD 13.90 (Ex GST)
Ferrite Ceramic Ring Magnet for Laboratory Magnetism Experiments
- Ferrite ceramic ring magnet designed for laboratory magnetism experiments and general-purpose magnetic applications
- Manufactured from ferrite ceramic permanent magnetic material
- Large circular ring design with a central opening
- Outer diameter of 100 mm and inner diameter of 50 mm
- Magnet thickness of 12 mm
- Permanent magnetic construction generates a magnetic field without external electrical power
- Suitable for demonstrating magnetic attraction, repulsion and magnetic field patterns
- Ferrite material provides good resistance to corrosion and demagnetisation
- Suitable for investigating magnetic forces and interactions with ferromagnetic materials
- Can be used in compatible educational and experimental magnetic assemblies
- Reusable construction for laboratory demonstrations and physics experiments
- Ideal for secondary schools, universities, research and educational physics laboratories
AUD 23.90 (Ex GST)
Fine-Grade Copper Mesh Sheet for Science Experiments
- Fine grade copper mesh for laboratory and educational use
- Supplied as 150 mm square as listed
- Made from copper mesh as listed
- Useful for heat, conductivity and material demonstration work
- Suitable for compatible chemistry and physics practicals
- Can be used in approved heating or support applications
- Flexible mesh format for easy handling and positioning
- Practical for school and university laboratory demonstrations
- Confirm mesh aperture and wire thickness before ordering
- Copper may oxidise or discolour after heating
- Edges may be sharp after cutting or handling
- Use under appropriate laboratory or educational supervision
AUD 41.50 (Ex GST)
Floating Ring Magnets on Stand
- Floating ring magnet demonstration set for science education
- Designed to demonstrate magnetic fields and magnetic repulsion
- Supports classroom explanation of magnetic levitation
- Shows how like poles repel and unlike poles attract
- Ring magnets appear to float above each other on the stand
- Useful for physics, STEM and general science lessons
- Practical visual aid for hands-on magnetism demonstrations
- Suitable for school, university and teaching laboratory use
- Keep magnets away from sensitive electronic devices
- Use under appropriate laboratory or educational supervision
AUD 18.90 (Ex GST)
Foldable Storage Crate for Laboratory and Educational Use
- Collapsible crate for laboratory and educational storage
- Size listed as 40 × 30 × 15 cm
- Grey colour as listed
- Lightweight design for easy handling
- Foldable construction helps save space when not in use
- Suitable for storing compatible laboratory and classroom items
- Practical for school, university and teaching laboratory organisation
- Useful for bench, shelf, stockroom and preparation area storage
- Confirm load suitability before use
- Crate only, contents and accessories are not included
- Do not overload or use for hazardous materials unless approved
- Use under appropriate laboratory or educational supervision
AUD 17.50 (Ex GST)
Loudspeakers in Protective Housing, Enclosed Laboratory Speaker
- Loudspeakers in strong housings with metal grilles, protects cones during student handling and storage
- 4 mm socket connections on each unit, supports banana plug leads for fast classroom setup
- Extension speaker options: 75 mm or 56 mm diameter, both 8 ohm impedance, reasonable fidelity output
- Wave study option: pair of 150 mm twin cone speakers, 5 W RMS, 4 ohm impedance, broad range response
- Designed for IEC Wave Lab generator use, also general purpose, includes inbuilt current limiting to reduce coil burnout risk
From AUD 78.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Magnatoids Magnet Pair, 60 x 18 mm
- Pair of compact magnets for magnetism demonstrations
- Useful for teaching magnetic attraction and repulsion
- Demonstrates strong magnetic forces in hands-on science activities
- Can be used to show magnetic field effects on nearby objects
- Magnets can produce a singing or buzzing sound when tossed together
- Supports lessons on force, equilibrium and magnetic interaction
- Suitable for science classrooms, laboratories and STEM activities
- Compact format for practical teacher-led demonstrations
- Keep away from sensitive electronics, magnetic cards and medical implants
- Use under appropriate laboratory or educational supervision
AUD 12.50 (Ex GST)
Magnet Teaching Kit, 7 Piece, Supplied in Case
- 7 piece magnet teaching kit for physics and science education
- Includes bar magnets for magnetic field demonstrations
- Includes magnetic needle and stand
- Magnetic needle length listed as 140 mm
- Magnetic needle stand height listed as 100 mm
- Includes U magnet listed as 95 × 62 × 10 mm
- Includes horseshoe magnet listed as 31.5 × 12 × 6 mm
- Includes ring magnet listed as 40 mm OD × 20 mm ID × 8 mm thick
- Includes compass and iron filings
- Supplied in case listed as 247 × 182 × 68 mm
- Suitable for school, university and teaching laboratory use
- Use under appropriate laboratory or educational supervision
AUD 93.50 (Ex GST)
Metal Electrophorus with Insulating Handle and Plates
- IEC metal electrophorus designed for electrostatic induction and charge transfer experiments
- Available in three metal disc diameters: 50 mm, 100 mm and 150 mm for physics education
- Features a flat conductive metal disc attached to an electrically insulating handle
- Includes a metal base plate and insulating plate for electrostatic induction demonstrations
- Demonstrates charge separation, electrostatic induction and electrical potential differences
- Insulating handle allows the charged metal disc to be lifted without direct hand contact
- Three-component arrangement illustrates capacitance and dielectric material principles
- Available in approximate weights of 100 g, 150 g and 200 g, depending on disc diameter
- Designed and manufactured in Australia for schools, universities and physics laboratories
From AUD 52.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Metals Kit, Set of 8 Metal Rods
- Metals kit for laboratory and educational demonstrations
- Supplied as a set of 8 different metal rods
- Rods are listed as 50 mm long
- Rod diameter listed as 3 mm
- Includes lead, aluminium, iron, copper, brass, nickel, tin and titanium
- Designed for students to touch, feel and recognise different metals
- Useful for teaching metal identification and material properties
- Suitable for chemistry, physics and general science lessons
- Compact kit format for classroom handling
- Confirm experiment method before use with chemicals or heat
- Lead rod should be handled with appropriate hygiene procedures
- Use under appropriate laboratory or educational supervision
AUD 39.90 (Ex GST)
Microscope Lamps, Laboratory Illumination Type
- Microscope lamps for bench illumination, options for 220/240V mains or 12V AC/DC low voltage operation
- 240V models use 25W pearl lamp with clear or blue tint front glass, blue tint compensates red content
- 12V model uses 12V 20W QI lamp with inbuilt reflector, runs cooler and provides brighter whiter beam
- Strong stainless steel stand holds lamp body, removal by firm pull to spring off stand, described as virtually unbreakable
- Cable options: 1 m two core mains lead with two pin plug, or 1 m lead with stackable 4 mm plugs and lamp to lamp plug through
From AUD 71.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Permanent Magnet Wand, Moulded in Plastic
- Magnetic wand learning resource for science education
- Permanent magnet moulded in plastic
- Suitable for classroom magnetism demonstrations
- Useful for exploring attraction and repulsion
- Supports lessons on magnetic materials and magnetic fields
- Practical tool for sorting magnetic and non-magnetic objects
- Suitable for school, university and teaching laboratory use
- Lightweight classroom accessory for hands-on activities
- Use away from sensitive electronic or magnetic storage devices
- Intended for laboratory or educational settings only
- Use under appropriate teacher or laboratory supervision
AUD 7.50 (Ex GST)
Rare Earth Neodymium Magnet, N35, 15 × 10 mm
- Rare earth neodymium magnet for laboratory and educational experiments
- Strong permanent magnet for magnetic force demonstrations
- Diameter listed as 15 mm
- Thickness listed as 10 mm
- Grade listed as N35
- Maximum working temperature listed as 80°C
- Suitable for magnetism, attraction and repulsion activities
- Useful for physics, STEM and general science demonstrations
- Compact format for practical classroom experiments
- Strong magnets can pinch skin during handling
- Keep away from sensitive electronics, magnetic cards and medical implants
- Use under appropriate laboratory or educational supervision
AUD 10.90 (Ex GST)
Rectangular Ferrite Ceramic Magnets, Pack of 10
- Rectangular ferrite ceramic magnets designed for laboratory magnetism experiments and educational demonstrations
- Manufactured from ferrite (ceramic) permanent magnetic material
- Each magnet measures 50 × 19 × 6 mm (Length × Width × Thickness)
- Supplied in packs of 10 rectangular magnets
- Rounded corners reduce sharp edges and help minimise chipping during handling
- Permanent magnetic construction generates a magnetic field without external power
- Features north and south magnetic poles for demonstrating magnetic interactions
- Suitable for investigating magnetic attraction, repulsion and magnetic field patterns
- Supports experiments involving magnetic forces and ferromagnetic materials
- Reusable construction for repeated laboratory and classroom demonstrations
- Suitable for use with compasses, iron filings and compatible electromagnetic apparatus
- Ideal for secondary schools, universities and educational physics laboratories
AUD 24.90 (Ex GST)
Student Plastic Geoboard with Rubber Bands
- Student geoboard for geometry and mathematics education
- Supplied with rubber bands as listed
- Plastic board construction as listed
- Used to create geometric shapes and area relationships
- Coloured elastic bands stretch between raised pins
- One side has a rectangular pin pattern
- Opposite side has a circular pin pattern
- Supports learning of squares, rectangles, triangles and parallelograms
- Useful for polygons, circles, chords, sectors and quadrants
- Suitable for hands-on classroom geometry activities
- Rubber bands should be handled carefully to avoid snapping
- Use under appropriate educational supervision
AUD 18.90 (Ex GST)
Superconductivity Kit, Complete Set
- Complete kit for classroom superconductivity demonstrations
- Includes petri dish, magnet, superconductivity disc, forceps and instruction book
- Spare superconductivity disc option available for replacement use
- Spare magnet option supports continued kit maintenance
- Disc size is 29 mm diameter × 2.9 mm thick
- Disc lifespan depends on correct handling, drying and humidity control
- Suitable for supervised classroom and laboratory demonstration use
From AUD 18.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Universal Bench Clamp, Alloy, for Laboratory Rods
- Universal bench clamp for laboratory and educational use
- IEC designed bench clamp as listed
- Fits benches up to 40 mm thick as listed
- Carries rods up to 13 mm diameter
- Supports rods vertically or horizontally
- Useful for general laboratory support setups
- Can be used with a pulley mounted on a compatible rod
- Compatible pulley example listed as LC-80-MF2600-001
- Helps create a bench-mounted pulley arrangement
- Alloy construction as listed
- Confirm bench thickness and rod diameter before use
- Use under appropriate laboratory or educational supervision
AUD 34.90 (Ex GST)
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Physics Accessories and Demonstration Components are designed to support practical science teaching, classroom demonstrations, and hands-on laboratory experiments across magnetism, electrostatics, electricity, materials, sound, light, and general physics workflows. This category includes magnets, copper sheets, copper turnings, mesh sheets, electric bells, rubbing cloths, loudspeakers, microscope lamps, geoboards, clamps, rods, demonstration kits, and other supporting components used in structured physics education.
These accessories help teachers and students build clearer understanding of physical principles through visible, repeatable demonstrations. Magnets and magnet kits support teaching of magnetic fields, poles, attraction, repulsion, and induction concepts. Copper materials and mesh sheets assist with conductivity, shielding, material comparison, and demonstration work. Electric bells, loudspeakers, rubbing cloths, and electrostatic components support practical investigation of sound, current flow, charge generation, and energy transfer in classroom experiments.
For quality and compliance reference, ISO 9001 is a strong general manufacturing quality management standard where supplier certification is available, helping support consistency in production, inspection, and product control. ISO 12100 is a current machinery safety standard that may be relevant for accessories with mechanical handling, clamps, moving parts, or demonstration equipment involving physical interaction and risk reduction. IEC standards are also relevant for electrical and electronic demonstration components, as IEC explains that standards support safety, reliability, efficiency, and performance of electrical and electronic systems and devices. These references should be used only where aligned with the manufacturer’s technical documentation, product type, and compliance evidence.
For LabChoice Australia customers, Physics Accessories and Demonstration Components provide flexible support for school laboratories, university teaching spaces, and science preparation rooms. The range helps educators complete experiments, replace commonly used classroom parts, and create engaging demonstrations across multiple physics topics.