Copper Wire
Product Code : SCL-EI-10637
Copper Wire 0.6 Ohm/m from Lab Glassware Manufacturer is an educational circuit wire engineered for demonstrating resistance per metre, current flow, voltage drop, and Ohm’s law in school physics and electronics laboratories. Manufactured and supplied from Ambala, Haryana, India since 1982, Lab Glassware Manufacturer exports resistance-wire teaching materials to schools, colleges, and STEM training institutes across the Caribbean, including Jamaica, Trinidad and Tobago, Barbados, and the Bahamas, supporting institutional procurement and export tenders throughout the region.
Quick answer: Copper Wire 0.6 Ohm/m is a known-resistance wire supplied at 0.6 Ω per metre, used with an ammeter, voltmeter, and power supply so students can measure how resistance, current, and voltage change with wire length — a quantitative complement to the fixed-value resistor modules in supervised school and STEM Ohm’s law practicals.
| Specification | Detail |
|---|---|
| Product Name | Copper Wire 0.6 Ohm/m |
| Brand | Lab Glassware Manufacturer |
| Product Category | Physics Lab Equipment / Electronic Instruments |
| Wire Material | Copper |
| Resistance | 0.6 Ω per metre |
| Wire Length, Gauge & Insulation Type | To be confirmed with Lab Glassware Manufacturer before publication or tender submission |
Key Features
- Known-resistance copper wire rated at 0.6 Ω/m for classroom circuit experiments.
- Useful for teaching Ohm’s law, resistance per unit length, current flow, and voltage drop.
- Can be used with cells, switches, meters, resistors, LEDs, and circuit boards.
- Supports practical comparison of resistance across different measured wire lengths.
- Suitable for physics labs, electronics labs, STEM kits, and science projects.
- Helps students connect numerical resistance values with real circuit observations.
- Designed for supervised educational use with correctly rated low-voltage circuits.
What’s Included
- 1 x Copper Wire 0.6 Ohm/m, as per confirmed supply length
- Protective packing for storage and dispatch
- Optional spool, labels, connecting terminals, activity guide, or circuit accessories — only if specified in the order
Applications / Uses
- Demonstrating resistance per metre in school physics laboratories.
- Teaching Ohm’s law using measured current and voltage readings.
- Observing voltage drop across different wire lengths.
- Comparing resistance behaviour with other conductor or resistance wires.
- Building low-voltage STEM circuit models and classroom electronics activities.
- Pairing with General Lab Equipment and related scientific lab products for complete laboratory setups.
How to Use Copper Wire 0.6 Ohm/m
- Measure the required wire length according to the experiment plan.
- Connect the wire into a compatible low-voltage circuit using suitable terminals or clips.
- Connect an ammeter in series and a voltmeter across the wire section if measurements are required.
- Apply the recommended low-voltage supply and record current and voltage readings.
- Change the wire length and compare how resistance affects the circuit readings.
- Disconnect the power supply before touching, cutting, or changing the wire connection.
Safety note: Do not overload the wire or use it with mains electricity. Resistance wire can heat during experiments, so allow it to cool before handling.
Care & Maintenance
- Store the wire in a dry, labelled spool or container after use.
- Keep the wire free from corrosion, kinks, oil, and chemical contamination.
- Do not sharply bend or repeatedly twist the same section of wire.
- Replace damaged, overheated, burnt, or broken wire before classroom use.
Comparing Resistance-Teaching Formats
Copper Wire 0.6 Ohm/m gives students a measurable, length-dependent resistance to complement Lab Glassware Manufacturer’s fixed-value plug-in components. Compare its behaviour against the 50 Ohm Resistor Based Circuit Element or the general-purpose Resistance Based Circuit Element, or extend the same breadboard circuit with Resistors for Breadboard for further Ohm’s law practice.
Why Choose Lab Glassware Manufacturer
Lab Glassware Manufacturer supplies educational laboratory products for schools, colleges, universities, science laboratories, and institutional procurement projects. The company supports laboratory glassware, physics apparatus, electronic teaching aids, STEM classroom equipment, and circuit experiment accessories. Buyers can source Copper Wire 0.6 Ohm/m for school tenders, physics practical kits, electronics labs, and export-oriented educational supply across Jamaica, Trinidad and Tobago, Barbados, and the Bahamas. For safe classroom practical work, buyers may also use suitable Safety Protective Wears.
Frequently Asked Questions
What is Copper Wire 0.6 Ohm/m used for?
Copper Wire 0.6 Ohm/m is used for school physics and electronics experiments involving resistance, current flow, voltage drop, and Ohm’s law.
What does 0.6 Ohm/m mean?
0.6 Ohm/m means the wire has a resistance of 0.6 ohm for every one metre of length. A longer measured length will have proportionally higher resistance if the wire is uniform.
Is this wire suitable for school students?
Yes. It is suitable for supervised school and STEM experiments when used with compatible low-voltage circuits and teacher guidance.
Can it be used for Ohm’s law experiments?
Yes. Students can use it with an ammeter, voltmeter, switch, and power supply to study the relationship between voltage, current, and resistance.
Is the wire bare or insulated?
The insulation type should be confirmed before publication or purchase. It may be bare, enamelled, PVC insulated, or supplied in another format depending on the final specification.
What details should be confirmed before purchase?
Confirm the wire length, gauge or diameter, insulation type, tolerance, supply format, packaging quantity, and whether terminals or accessories are included.
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Request a Quote
For pricing, bulk school and college orders, or export tender submissions for Copper Wire 0.6 Ohm/m, please contact Lab Glassware Manufacturer or view current lab equipment tenders.
Last updated: September 2026
