Desktop
Tablet & Mobile
01691 770366 | sales@selectschoolsupplies.co.uk
- MENU
-
Chemistry
-
Desktop
Tablet & Mobile
01691 770366 | sales@selectschoolsupplies.co.uk
A clear simple way of demonstrating that the volume of a fixed mass of gas is proportional to its absolute temperature. It comprises a Jollys apparatus on an anodised stand. A scale is marked in mm. Spring clips secure
The component holder, with \n4 mm socket connectors, is \nan instrument for holding the \nelectronic components such \nas resistors, capacitors, LEDs, \nLDRs etc for the use in \ndifferent experimental \ncircuits.
To produce mechanical vibrations when used with a signal generator. The unit is \nmounted on a strong base and is enclosed in a plastic case. A threaded extension \nof the armature allows attachment of the item to be vibrated, e.g., plates for chl
Made from soda glass, these tubes are easy to seal in a Bunsen flame and break into two. Supplied in robust tube holder, pack of 100 tubes. Tube overall length is 100mm Tube diameter = 1.9mm, inner diameter = 1.3mm and wall th
UT383 is a MiniLight Meter equipped with photo electricsensing technology, which can effectively represent light intensity with electrical signals, then processes data and displays the result on LCD. It is light weight, compac
UT353 is a Mini Sound Meter which can convert ambient sound into electrical signals, process data and displays results on LCD. It does not have traditional meter issues such as meter being too large, complex operation, and so o
A floating, high voltage power source useful for supplying charge for quantitative electrostatic experiments, gas discharge tubes needing a filament supply and spectrum tubes. Continuously variable output up to 5kV. 6V/1A AC or 12V/0.5A AC filamen
Ideal for student use. With terminal posts accepting 4mm plugs. 0-19.99 V Power: 1 x 9v PP3 battery supplied
Specifications: Resistance:200 ohm, 2000 ohm, 20k ohm, 200k ohm, & 2000k ohm D.C.Voltage: 200 mV, 2000 mV, 20V, 200V & 1000 V A.C.Voltage: 200 & 750 V D.C.Current: 2000 uA, 20 mA, 200 mA, 10 A
This product is used to determine the melting points up to 450°C. We can measure 3 samples simultaneously. The temperature is regulated by the knob fitted on front panel. A white LED is given inside t
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
Battery Holder holds 4 x D (R20) batteries with outputs at 1.5, 3, 4.5 and 6V. Each output has a 4mm socket.
A metal Ray Box comprises of a die cast enclosure, delivers white light but runs much cooler than conventional ray boxes. It uses the latest cool ultra bright LED technology giving superior white light. Supplied complete with slit plate and batter
The Highland offers advanced features in a compact, durable balance that stacks for easy storage. Suitable for many tasks, Highland provides fast, accurate weighing in a number of different environments ‚ from science research in t
The Highland offers advanced features in a compact, durable balance that stacks for easy storage. Suitable for many tasks, Highland provides fast, accurate weighing in a number of different environments ‚ from science research in t
Use to keep your soldering tip clean. Moisten slightly before use.
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
Columbus type calliper enabling the user to read either inside, outside or depth measurements. With dual scale 0-12 cm x 0.1 mm Imperial scale graduated to 5 x 1/16‚ provided with thumb movement for e
Useful for experiments in density or specific gravity. Investigations by knowing the volume of liquid displaced. Comprises of a metal can with handle and spout 295 x 125mm.
With start, stop & re-set actions.100 mm diam. Dial graduated in seconds, figured every 5 seconds. In metal body.
Wooden, with V shaped slot to take spherical lens or mirror up to 75 mm diameter, with index mark.
A hardboard disc with twelve 50 x 3 mm slots and finger hold, pivoted on a ball bearing mount which also acts as a convenient handle. Diameter of disc 255 mm
Enables students to investigate nature and properties of electricity by using simple circuits which are easily constructed on a base board. The connector system uses P.C.B. strips with cut-out sections whose ends can easily be inserted in spring t
Limbs 280 x 5 mm bore with ends riffled & bent at 90° for rear connections, mounted on graduated plastics base.
To demonstrate refraction and provides a better understanding of Snell’s Law. Comprises of acrylic cube and a glass mug. Includes instructions.
Reads to 1 minute of arc.150 mm diameter Scale with protective cover and acrylic windows to read verniers, is fixed to the telescope movement. The table is attached to double ended verniers reading to 1 minute of arc with magnefiers provided for t
it consists of a group of thermocouples joines together in series. The thermocouples are enclosed in a metalic frame. It is supplied complete with metalic cone which is mounted on an adjustable stand. Leslies cube can be used with these thermopile
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.
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
Apparatus may be used to explore the laws of motion without an air table and to study the inertia, constant velocity and acceleration, and collisions in two dimensions. On flat smooth surface, the balloon puck can glide through without much resist
IME type, improved heavy duty design, has plated steel body with depth gauge. Dual scale graduated 0-15cm √ó 0.1mm and 0-6 √ó 1/128 inches. Provided with thumb-press for easy movement and
Demonstrates the difference in conductivity of two different substances. Comprises two identical looking square blocks but of different materials one of thermal conducting material and the other of thermal insulating material. On placing ice on bo
It consists of a heating coil, wound over a rectangular form with 4mm sockets. It also contains a pair of aluminium sheets lined with a heat resistant screen having an aperture. Mounted on a rod. Heat resistant screen: 75x63mm, 28mm apertur
For demonstrating Boyle' Law. The apparatus consists of a wide bore strong glass tube mounted in a vertical position in front of a scale graduated 0-65cm3. A Bourdon gauge is provided for the measurement of pressure. The gauge is fitted with a
This battery operated microwave probe detector allows the student to measure, plot and investigate the microwave field intensity. The probe is slightly less sensitive than the normal receiver, and is largely non-directional. The unit
Showing products per page
A clear simple way of demonstrating that the volume of a fixed mass of gas is proportional to its absolute temperature. It comprises a Jollys apparatus on an anodised stand. A scale is marked in mm. Spring clips secure
The component holder, with \n4 mm socket connectors, is \nan instrument for holding the \nelectronic components such \nas resistors, capacitors, LEDs, \nLDRs etc for the use in \ndifferent experimental \ncircuits.
To produce mechanical vibrations when used with a signal generator. The unit is \nmounted on a strong base and is enclosed in a plastic case. A threaded extension \nof the armature allows attachment of the item to be vibrated, e.g., plates for chl
Made from soda glass, these tubes are easy to seal in a Bunsen flame and break into two. Supplied in robust tube holder, pack of 100 tubes. Tube overall length is 100mm Tube diameter = 1.9mm, inner diameter = 1.3mm and wall th
UT383 is a MiniLight Meter equipped with photo electricsensing technology, which can effectively represent light intensity with electrical signals, then processes data and displays the result on LCD. It is light weight, compac
UT353 is a Mini Sound Meter which can convert ambient sound into electrical signals, process data and displays results on LCD. It does not have traditional meter issues such as meter being too large, complex operation, and so o
A floating, high voltage power source useful for supplying charge for quantitative electrostatic experiments, gas discharge tubes needing a filament supply and spectrum tubes. Continuously variable output up to 5kV. 6V/1A AC or 12V/0.5A AC filamen
Ideal for student use. With terminal posts accepting 4mm plugs. 0-19.99 V Power: 1 x 9v PP3 battery supplied
Specifications: Resistance:200 ohm, 2000 ohm, 20k ohm, 200k ohm, & 2000k ohm D.C.Voltage: 200 mV, 2000 mV, 20V, 200V & 1000 V A.C.Voltage: 200 & 750 V D.C.Current: 2000 uA, 20 mA, 200 mA, 10 A
This product is used to determine the melting points up to 450°C. We can measure 3 samples simultaneously. The temperature is regulated by the knob fitted on front panel. A white LED is given inside t
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
Battery Holder holds 4 x D (R20) batteries with outputs at 1.5, 3, 4.5 and 6V. Each output has a 4mm socket.
A metal Ray Box comprises of a die cast enclosure, delivers white light but runs much cooler than conventional ray boxes. It uses the latest cool ultra bright LED technology giving superior white light. Supplied complete with slit plate and batter
The Highland offers advanced features in a compact, durable balance that stacks for easy storage. Suitable for many tasks, Highland provides fast, accurate weighing in a number of different environments ‚ from science research in t
The Highland offers advanced features in a compact, durable balance that stacks for easy storage. Suitable for many tasks, Highland provides fast, accurate weighing in a number of different environments ‚ from science research in t
Use to keep your soldering tip clean. Moisten slightly before use.
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
Columbus type calliper enabling the user to read either inside, outside or depth measurements. With dual scale 0-12 cm x 0.1 mm Imperial scale graduated to 5 x 1/16‚ provided with thumb movement for e
Useful for experiments in density or specific gravity. Investigations by knowing the volume of liquid displaced. Comprises of a metal can with handle and spout 295 x 125mm.
With start, stop & re-set actions.100 mm diam. Dial graduated in seconds, figured every 5 seconds. In metal body.
Wooden, with V shaped slot to take spherical lens or mirror up to 75 mm diameter, with index mark.
A hardboard disc with twelve 50 x 3 mm slots and finger hold, pivoted on a ball bearing mount which also acts as a convenient handle. Diameter of disc 255 mm
Enables students to investigate nature and properties of electricity by using simple circuits which are easily constructed on a base board. The connector system uses P.C.B. strips with cut-out sections whose ends can easily be inserted in spring t
Limbs 280 x 5 mm bore with ends riffled & bent at 90° for rear connections, mounted on graduated plastics base.
To demonstrate refraction and provides a better understanding of Snell’s Law. Comprises of acrylic cube and a glass mug. Includes instructions.
Reads to 1 minute of arc.150 mm diameter Scale with protective cover and acrylic windows to read verniers, is fixed to the telescope movement. The table is attached to double ended verniers reading to 1 minute of arc with magnefiers provided for t
it consists of a group of thermocouples joines together in series. The thermocouples are enclosed in a metalic frame. It is supplied complete with metalic cone which is mounted on an adjustable stand. Leslies cube can be used with these thermopile
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.
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
Apparatus may be used to explore the laws of motion without an air table and to study the inertia, constant velocity and acceleration, and collisions in two dimensions. On flat smooth surface, the balloon puck can glide through without much resist
IME type, improved heavy duty design, has plated steel body with depth gauge. Dual scale graduated 0-15cm √ó 0.1mm and 0-6 √ó 1/128 inches. Provided with thumb-press for easy movement and
Demonstrates the difference in conductivity of two different substances. Comprises two identical looking square blocks but of different materials one of thermal conducting material and the other of thermal insulating material. On placing ice on bo
It consists of a heating coil, wound over a rectangular form with 4mm sockets. It also contains a pair of aluminium sheets lined with a heat resistant screen having an aperture. Mounted on a rod. Heat resistant screen: 75x63mm, 28mm apertur
For demonstrating Boyle' Law. The apparatus consists of a wide bore strong glass tube mounted in a vertical position in front of a scale graduated 0-65cm3. A Bourdon gauge is provided for the measurement of pressure. The gauge is fitted with a
This battery operated microwave probe detector allows the student to measure, plot and investigate the microwave field intensity. The probe is slightly less sensitive than the normal receiver, and is largely non-directional. The unit
Showing products per page