Products for schools

Battery clip with push-button connection for 9 volt battery

Propeller - propeller, diameter 9.5 cm, hub mount 2 mm, 3-leaf, material: plastic, color: blue

Propeller, 60 mm diameter, 4-bladed, for 2 mm axle, capacity: 1 piece

Battery or battery holder for type Mignon AA

Short circuit plug, diameter pin: 4 mm, pin distance: 19 mm, 30 A, dimensions: 35 x 23 x 4 mm, 4 mm diameter, surface nickel plated

Super heavy-duty battery (4.5 volts) with PVC sheathing for consumers such as flashlights, MP3 devices, radios, cassette recorders, remote controls and watches and much more.

Ideal for training the feeling for different time intervals. Time becomes visible in the truest sense of the word!

This solar module is suitable for crafting, experimenting and building a solar model. Open circuit voltage: 0.5 V, short circuit current: 100 mA, rated power: 0.05 W

Battery or battery holder for type Mignon AA, 4 pcs.

Battery clip with push-button connection for 9 volt battery, 10 pieces.

This solar module is suitable for crafting, experimenting and building a solar model. The screw contacts ensure the easiest handling. Soldering is not required!  

Rubber tire set of 4, diameter 28 mm, width: 9 mm, for 2 mm axle, phtalate free, for model / school / hobby

Desoldering wick in practical plastic rollers for quick and clean desoldering.

Motor mount (spring steel clip) for RF300, for diameter 23-28 mm, class set (set of 10)

It almost rolls by itself, the light-weight wheel by SOL-EXPERT. Extra light, extra stable, with excellent runnability.

This monocrystalline solar module is suitable for tinkering, experimenting and building a solar model.

The motor is ideal for solar cells and all applications that have to do with low power. Voltage range: 0.18 - 6 Volt, speed: 6000 rpm, axle length: 10 mm

The motor is ideal for solar cells and all applications that have to do with little power. Voltage range: 0.18 - 6 Volt, speed: 6000 rpm, axle length: 6 mm

This monocrystalline solar module is suitable for tinkering, experimenting and building a solar model.

Tweezers, curved model, 11.5 cm long