Iron Fillings
A 500 gm container of iron filings enclosed in a sprinkler dispenser. These iron filings are finely powdered and conveniently housed within a sprinkler for controlled and precise distribution. This product is commonly used for visualizing and experimenting with magnetic fields in educational and scientific contexts.
Kinetic Theory Model
Large Pulley With Universal Clamp
Leclanche Cell
In the Leclanché Cell, carbon and manganese dioxide are combined in a porous pot. A zinc rod with a brass termination is also included. This cell illustrates electrochemical concepts and offers a straightforward but efficient setting for researching chemical reactions that produce electrical potential. It is a useful tool for studying primary battery cells since the porous pot allows for controlled ion movement and the zinc rod serves as an electrode.
Lens Holder
The Lens Holder with a 6 mm Metal Rod is a useful tool made for optical setups and experimentation. It has a strong metal rod with a diameter of 6 mm, which enables it to easily fit into common optical bench mounts and supports. With the help of this lens holder, lenses or other optical components can be held securely and steadily, allowing for accurate positioning and alignment. It is a crucial instrument for doing optics studies in educational, laboratory, or research settings because it makes it simple and accurate to investigate light, lenses, and optical properties.
Lens Holder
For firmly retaining lenses up to 50 mm in diameter, use the sturdy Metal Lens Holder. This metal lens holder is made with grooved sides that give the lens a secure attachment. It is fixed to a wooden structure for convenience and stability. This adaptable tool provides a dependable way to place and examine lenses in diverse settings, making it perfect for optics research and demonstrations. It is a crucial tool for optical investigations in academic and scientific settings because the metal structure and hardwood support guarantee a stable platform for optical components.
Lens Holder Wooden
A carefully manufactured tool called the Wooden Lens Holder is intended to safely hold spherical lenses or mirrors with a diameter of up to 75 mm. It is made of wood and has a V-shaped hole that makes it simple to adjust the lens or mirror. The slot has an index mark that makes exact alignment and positioning easier. The ability to precisely use lenses and mirrors to examine light refraction, reflection, and other optical phenomena in educational and scientific contexts makes this flexible equipment crucial for optics and physics studies.
Lens Plano- Convex
A plano-convex lens is one that has one flat (plano) surface and one that is bent outwardly (convex). It is thicker in the centre and thinnest at the edges. This type of lens is widely used to converge or concentrate light rays, making it useful in optical systems for magnification, imaging, and beam focusing. Available in several sizes.
Lens, Double Concave, Spherical
A double concave spherical lens is one with two inwardly curved surfaces. It's thicker in the middle and narrower at the edges. This type of lens is used to spread out or diverge light rays, making it helpful for a variety of optical applications such as light convergence reduction, virtual image formation, and aberration correction.
Lens, Double Convex, Spherical
A spherical lens with two externally curved surfaces, the Double Convex Lens. It is meticulously made with ground edges to ensure precision and optical clarity. This lens is widely used to focus images by converging light rays. Its high-quality structure and smooth edges make it excellent for scientific investigations, optical presentations, and a variety of optics applications. The Double Convex Lens is a vital educational and professional tool because of its ability to alter light effectively.
Lenses, Set of Six
Light Dependent Resistor Unit (LDR)
A demonstration instrument created to show the features of a light-dependent resistor is called the Light Dependent Resistor Unit (LDR). The unit ensures stability during presentations and experiments because it is fixed to a strong foundation. It makes connections to other components and devices easier thanks to its 4 mm color-coded connectors.
Line Shaft Unit
Linear Expansion Apparatus, Micrometer Screw Form
A 500 mm long metal rod is supported in a plated brass tube with three tubules for steam inlet, outlet and thermometer. The tube is mounted on a stand with an adjusting screw at one end and a micrometer screw reading to 0.01 mm on the other, with terminals for connecting a bell or galvanometer to indicate contact. With copper, brass and iron test rods but without thermometer.
Liquid Level Apparatus
Longitudinal Wave Demonstration
A low-cost educational tool called the Longitudinal Wave Demonstration was created to make it easier to learn waves and to provide examples of important ideas including compression, rarefaction, amplitude, wavelength, echoes, volume, and pitch. This model offers a simple method to illustrate longitudinal (compression) waves. Participants can watch the formation and spread of the compression and rarefaction patterns that make up longitudinal waves by pushing a Slinky along a track. The model provides a clear explanation of how waves compress and expand the medium they pass through, improving our comprehension of wave behaviour. In educational settings, this interactive and user-friendly application is especially helpful for teaching students about sound waves and their characteristics and for making difficult wave ideas more tangible and interesting.
Magnet Cylindrical, Alnico
A set of two cylinder-shaped Alnico magnets, each with a keeper for the best possible preservation. These magnets have consistent and dependable magnetic qualities since they are made of a tough Alnico magnetic alloy. The pair of magnets with keepers, which were created for several uses, guarantee enduring magnetic strength and safe storage, making them appropriate for a range of jobs.
Magnet Steel Horseshoe, Unpainted
A two-size, unpainted steel horseshoe magnet that comes with a keeper for storage. The traditional horseshoe form of this multipurpose magnet lends it reliable magnetic properties. The addition of a keeper guarantees the magnet's durability over time and makes secure storage easier. Ideal for a variety of uses where powerful magnetic forces are required.
Magnet U Shaped, Alnico
An Alnico U-shaped magnet with a keeper for added durability and storage. With its U-shaped design and strong Alnico magnetic alloy construction, this magnet has dependable magnetic qualities. Its lifetime is increased, and the integrated keeper makes secure storage easier. Ideal for uses where reliable, powerful magnetic forces are required.
Magnet, Horse Shoe Chrome
A horse shoe magnet made of chrome steel with keepers. This magnet is manufactured of dependable chrome steel and has a traditional horseshoe form. The accompanying keepers provide secure storage and aid in maintaining the magnet's strength. Ideal for numerous applications that call for powerful magnetic fields.
Magnet, Horse Shoe, Alnico
A horse shoe magnet made of Alnico with a keeper. This magnet is made of the dependable magnetic alloy Alnico and has the recognisable horse shoe form. The included keeper guarantees the lifespan and safe storage of the magnet. suitable for many uses where strong magnetic characteristics are required.
Magnetic Deflection of an Electron Beam
A specially designed instrument called the Magnetic Deflection of an Electron Beam apparatus was created to make it easier to observe visually how an electron beam reacts to a magnetic field. This instructional tool offers an engaging way to research how magnetic forces interact with charged particles.
The device is made up of a deflection tube that is firmly held by a power source. A cathode and an anode are present in the deflection tube. When impacted by electrons, the phosphorous coating on the cathode end glows. It is possible to see the trajectory of the electron beam thanks to this glowing effect.
Magnetic Field Demonstrator, Acrylic
Magnetic Field Demonstrator, Wooden
Magnetic Kit
Magnetic Pendulum
A fascinating desk toy is the Random Oscillating Magnetic Pendulum (ROMP). It has a small magnet-equipped pendulum hung above a metal base. Nine large, disc-shaped magnets at the base of the pendulum's base provide attracting or repellent pressures on the pendulum. Due to these magnetic interactions, the pendulum swings erratically after being released. The pendulum eventually settles over one of the magnets due to friction, producing an interesting and mesmerising show.
Magnets, Alnico
Pairs of painted Alnico magnets that are also equipped with keepers and separators. These dependable magnetic qualities are provided by the Alnico alloy used to create these strong and adaptable magnets. The divider and keepers that are provided provide ease and safe storage, and the painted finish gives an additional layer of protection against corrosion. suited for a variety of uses needing powerful and long-lasting magnetic fields.
Magnifier, Folding
The Folding Magnifier is a handy optical tool for easily enlarging items. This magnifier offers portability and security thanks to its sturdy plastic frame. Due to its foldable shape, it is easy to store and utilise when travelling. This adaptable magnifier offers clear, magnified views of a variety of things, making it appropriate for jobs like reading small print, paying careful attention to details, or performing close inspections. Its practical design and ability to fold make it a useful tool for usage on a daily basis in contexts like reading, handicraft, or scientific investigations.
Magnifier, Folding
A portable and adaptable magnifying device, the Folding Pocket-Type Magnifier is small and simple to use. Its unique construction consists of a single body with a robust metal cover that works as both a handle and a protective case. This magnifier has a premium single lens with an 18 mm diameter that provides a strong 10x magnification. This makes it excellent for more accurate and clear examination of small print, delicate details, or tiny items. This magnifier offers a portable and effective option for on-the-go magnification demands, whether they be for reading fine text, scrutinising micro objects, or engaging in hobbies that call for close inspection.
Material Kit, Solids
Consists of two each of the seventeen blocks as follows:
- Blocks, 50 x 40 x 30 mm – Softwood, Hardwood, Paraffin wax, Aluminium, Iron and Polystyrene.
- Blocks, 20 x 20 x 100 mm – Perspex, Glass, Slate, Aluminium, Softwood, Marble.
- Block, 50 x 50 x 20 mm – Lead.
- Block, 50 x50 x 80 mm – Aluminium.
- Block, 50 x 50 x 200 mm – Hardwood.
- Block, 20 x 20 x 50 mm – Brass.
- Block, 40 x 40 x 20 mm – Iron.
Maximum Flux Coil
A user-friendly copper wire coil with 200 turns and an internal diameter of roughly 45mm, the Maximum Flux Coil has 200 turns. The electromagnetic principles are demonstrated by this coil, which is made for simple operation. A maximum current of 1A may be handled by it, demonstrating the electromagnet's action. A metal tube with banana pins for external connections is coupled to a 45 cm coaxial wire that connects to the coil. Its magnetic field and current have a very strong linear relationship. A support stand and clamp are included with the package for simple setup and experimentation. Ideal for illuminating electromagnetic principles in academic and professional contexts.
Maxwell’s Wheel
Useful for demonstrating momentum, conservation of energy and torque, a large flywheel suspended by two strong cords. The cords are wound around the shaft of the wheel and then released. The wheel will unwind as it falls, but will wind itself back up as the momentum carries the wheel upward in the opposite direction. This oscillation process will continue for several moments gradually coming to a stop as the wheel slowly loses momentum and travels less each time. Include instructions.
Mirror Support Block
The Mirror Support Block is a strong and compact accessory with dimensions of 50 x 50 x 50 mm. It has a groove that is specifically intended to hold rectangular mirrors securely in place. This block provides secure support for the mirrors, making them excellent for optical research, scientific demonstrations, and artistic projects. The Mirror Support Block, with its handy hole and sturdy construction, provides the proper positioning and stability of rectangular mirrors during experiments or practical application.
Mirror, Plane
The Plane Mirror Rectangular is a ten-piece set of high-quality glass mirrors. Each mirror is back-silvered, resulting in a crisp, distortion-free reflection. They also include a protective covering that ensures durability and prevents scratches and damage. These mirrors are ideal for a wide range of applications, including scientific investigations, optical demonstrations, and creative endeavours. They provide exceptional value and versatility for educational and commercial contexts due to their exact manufacture and bundle of ten.
Mirror, With Base
The Mirror with Plastic Base is a useful and portable mirror with a 95mm diameter. It has a robust plastic base that adds stability and allows for easy placement on a variety of surfaces. This mirror is useful for personal grooming, makeup application, and as a handy tool for optical demonstrations and studies. Its small size and lightweight construction make it ideal for travel and daily use. This mirror is a dependable complement for a variety of applications due to its excellent reflection and robust plastic base.
Molecular Vibrating Tubes
Moment Of Force Apparatus, With Weights
Investigate the fundamentals of the equilibrium with this simple moments of force apparatus. A centrally mounted beam represents a two-arm lever. Movable riders are placed on the lever and weights are applied. Equilibrium is attained by moving the weights. Distances from the pivot point can be read from an integrated scale. The calculation of the lever arms is verified in the experiment. Includes instructions.
Multiple Battery Holder
The Multiple Battery Holder is a versatile device designed to accommodate and organize multiple batteries in one compact unit. Constructed from sturdy materials, this holder provides secure slots or compartments to house and connect several batteries in parallel or series configurations. Its practical design ensures efficient use of space and facilitates easy access to battery terminals for circuit connections. The multiple battery holder is a valuable tool for powering various electronics projects, experiments, or devices that require higher voltage or extended runtime.
N-P-N Transistor Unit
The N-P-N Transistor Unit is a teaching tool created to highlight the features of an N-P-N transistor. The device ensures stability during demonstrations and experiments because it is firmly attached on a robust platform. It has 4 mm color-coded plugs that make connecting to other parts or gadgets simple.
New York Balance
Newtonian Demonstration
Nicholson Hydrometer
NTC Thermistor, 5KΩ
A specialised temperature-sensitive resistor created to display a change in resistance when the ambient temperature changes is the NTC Thermistor, which has a resistance of 5K. This NTC (Negative Temperature Coefficient) thermistor is useful for temperature measurement and control applications since it reduces its resistance as the temperature rises.
This thermistor provides a dependable and predictable reaction to temperature changes with its 5K resistance at a certain temperature. It frequently appears in temperature-sensing circuits, temperature compensation, and other applications that depend on temperature.
On-Off Switch
An essential part created for use with the Basic Electricity Kit is the On-Off Switch. This switch offers a simple and crucial way to manage the electrical flow inside the kit's circuits.
The On-Off Switch's straightforward and dependable design makes it simple for users to switch the circuit between its active (on) and inactive (off) states. Students and learners can better understand the idea of circuit control and electrical connectivity thanks to this functionality, which supports hands-on learning and experimentation.
P-N-P Transistor Unit
A flexible instructional tool created to demonstrate the features of a P-N-P transistor is the P-N-P Transistor Unit. This unit ensures stability during demonstrations and actual tests because it is securely mounted on a strong foundation. It allows for simple and practical connections to other components or devices thanks to the 4 mm color-coded plugs that are included.
Parallel Boards
Parallel Boards, One Pair: Included in this kit are two parallel boards for use in actual electrical circuit experiments and demonstrations. The boards include parallel circuit layouts that make it simple to connect devices and components to demonstrate parallel circuit concepts. Ideal for teaching and learning with a hands-on approach in electrical engineering and electronics.
Parallelogram Of Force Apparatus
This product is similar to the wall type but is intended for use in laboratories where wall space is limited. A thick plywood pieces of thickness 12 mm having dimension 45 × 30 cm on a substantial wooden stand supplied with 2 sets of z-pulleys, 3 sets of slotted weights (50 gms x 5), 5 sets of drawing sheets, one packet of drawing pin, two mirror strips and cords.
Pascal Ball
Complete demonstration of Pascal’s Law. The apparatus shows that a change in pressure in fluids is transmitted equally in all directions to all parts of a fluid. The device contains a hollow sphere connected to a hand pump with plunger that applies pressure to fluid in the ball. The fluid exits all 10 equidistant nozzles in the ball with equal force in all directions. With instructions.
Pascal’s Law Apparatus
This apparatus is used to demonstrate Pascal’s law. It demonstrates that pressure of liquids varies with depth and is independent of the shape of the vessel.It is mounted on a moulded plastic base, into top of which one of the four vases of differing shape may be screwed. All the four glass vessels have identical bottom opening.A movable index is provided on the vertical rod to enable the height of water in vases at same level.
Pendulum Clamp
PENDULUM ON STAND
Everything You Need to Demonstrate the Properties of Simple Pendulums By suspending several pendulums parallel to one another, you can dramatize the effects of such variables as mass and length on pendulum behavior. This versatile unit consists of a heavy steel base supporting a aluminum rod, with meter stick attached an adjustable slide which can act as both an index and a stop; in addition to a triple pendulum clamp. Also includes instructions and three balls — two 25mm drilled metal balls and one 25mm drilled wooden ball.
Pendulum Waves
In this apparatus, you will use the laws of simple pendulum motion to create a pendulum wave apparatus: a device where many pendulums of different lengths, and therefore different periods, start swinging at the same time. As they move in and out of sync, the pendulums create a sequence of cycling visual wave patterns.
Perspex Rod
A rod made of perspex that is 13 mm in diameter and 300 mm long. Applications in science and education frequently use Perspex, a transparent and robust acrylic material. The size and clarity of this rod make it perfect for experiments, visual presentations, and practical learning activities involving optics, light, and other scientific concepts.
Pipes, Resonance Demonstration
Eight copper pipes and a tuning fork (256 Hz) make up the Resonance Demonstration Pipes set, which is intended to graphically convey the idea of resonance. Each copper pipe has protective O-rings on the ends to guard against drops that can cause damage. This set visually illustrates how resonance tones can only be produced from particular pipes that match the tuning fork's frequency by hitting the tuning fork and bringing it close to the pipes. This practical tool is a useful way to investigate and comprehend resonance in a learning environment, offering a concrete and interesting experience to study the interaction between sound waves and vibrating objects.
Plates for Simple Cell
Simple Cell plates with 4 mm socket terminals on each plate. These plates have been created to make it simple to connect and assemble them in solar cells or other experimental settings. The configuration is more adaptable and practical for a variety of electrochemical and electrical studies thanks to the socket terminal's easy coupling to other components.
Polythene Rod
A polythene rod with a diameter of 13 mm and a length of 300 mm. In scientific and educational settings, investigations involving static electricity and charge interactions are conducted using polythene, a form of plastic recognised for its insulating qualities. Due to its proportions, this rod can be used for a variety of practical lessons and hands-on demonstrations.