Conductive Paper (Product Code: SLE/PHY/147) is a resistive paper used to map electric fields by the equipotential points method in school and college physics labs. It comes as sheets of 38 cm x 53 cm, packed ten to a pack, and can also be cut into strips to make simple home-made resistors for electricity investigations. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.
| Parameter | Detail |
|---|---|
| Material | Conductive paper sheet |
| Sheet size | 38 cm x 53 cm |
| Pack | Pack of 10 sheets |
| Main use | Plotting electric fields by the equipotential points method |
| Other use | Producing home-made strip resistors |
| Product code | SLE/PHY/147 |
| Supplied by | Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India |
To plot a field, two electrodes are fixed on the sheet and connected to a low-voltage DC supply. A probe linked to a voltmeter or centre-zero galvanometer is moved across the paper to find points at the same potential; students mark them, join them into equipotential lines, and then sketch field lines at right angles. Changing the electrode shapes, such as two points, two parallel bars, or a point and a ring, shows how the field pattern follows the geometry.
Cut into strips, the same paper becomes a cheap resistor whose resistance rises with length and falls with width, which makes a neat investigation for physics lab equipment in India at secondary level. Store the sheets flat and dry, avoid folding or creasing them, and handle them by the edges to keep the surface even.
Jain Scientific Equipments Private Limited, trading as ScienceLab, supplies conductive paper from Ambala, Haryana, as a consumable for electrostatics and electricity practicals. Schools, colleges, dealers and importers in India and international markets can order it together with the meters and supplies used in field-plotting work. Company information is on the ScienceLab profile page.
Apparatus used with conductive paper:
See more in the Physics Lab Equipment category.
What size is Conductive Paper and how many sheets are in a pack?
Conductive Paper comes in sheets of 38 cm x 53 cm, with 10 sheets in each pack. One sheet can be cut into smaller pieces so several student groups can plot fields or make strip resistors at the same time.
How is Conductive Paper used to plot electric fields?
On Conductive Paper, two electrodes are connected to a DC supply and a probe finds points of equal potential using a meter or galvanometer. Joining those points gives equipotential lines, and field lines are drawn at right angles to them.
Can Conductive Paper be used to make resistors?
Yes, Conductive Paper can be cut into strips to produce home-made resistors. Students can compare strips of different lengths and widths to see how resistance depends on the shape of a conductor, using a multimeter to take the readings.
What else is needed with Conductive Paper?
To use Conductive Paper for field plotting you need electrodes, a low-voltage DC power supply, connecting leads, a probe and a voltmeter or centre-zero galvanometer. These are ordered separately and can be quoted together with the paper.
How should Conductive Paper be stored?
Store Conductive Paper flat in a dry cupboard, away from damp and direct sunlight. Avoid folding or creasing the sheets and handle them by the edges, because a damaged surface can distort the equipotential pattern during an experiment.
Who supplies Conductive Paper?
Conductive Paper is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India. Schools, colleges, dealers and importers can order it in packs of 10 sheets alongside the meters and power supplies used with it.
What should a Conductive Paper quotation request include?
A Conductive Paper quotation request should give the product code SLE/PHY/147, the number of packs, any meters, probes or power supplies you want added, and the delivery address in India or abroad.
For a price on Conductive Paper, get in touch through the contact page or add it to the enquiry cart with the rest of your electricity consumables.
Last updated: 24 September 2026