Manganin Wire (100gm)

  • Manganin is a name for an alloy of typically 84% copper, 12% manganese, and 4% nickel.
  • Manganin wire has a virtually zero temperature coefficient of resistance and long-term stability.
  • 100 g spool, Approx 40m in length
  • 24 SWG Manganin Wire, 0.56mm diameter

290.00

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Description

Manganin Wire (100gm)

The Manganin Wire is a resistance wire made from manganin, a copper-manganese-nickel alloy known for its relatively high electrical resistivity and low temperature coefficient of resistance. Supplied by Elmo Agencies, a trusted scientific manufacturer in Ambala, it is suitable for physics laboratory experiments, electrical measurements, and educational demonstrations involving resistance.

Manganin is commonly used where a stable electrical resistance is required. Its relatively low change in resistance with temperature makes it useful for precision resistance applications and laboratory experiments.

This Wire can be used to prepare experimental resistance lengths, wire setups, and circuits where the resistance properties of manganin are being studied.

Key Features of Manganin Wire

  • Material: Manganin alloy
  • Quantity: 100 gm
  • Relatively high electrical resistivity
  • Low temperature coefficient of resistance
  • Suitable for resistance-related experiments
  • Useful for educational and laboratory applications

Applications

  • Physics laboratory experiments
  • Resistance measurement experiments
  • Studying the effect of wire length on resistance
  • Electrical resistance demonstrations
  • Practical electronics and electrical experiments
  • Educational science projects

Manganin is valued for its relatively stable resistance characteristics over temperature changes compared with many ordinary metallic conductors. This makes it useful in applications where consistent resistance is important.

Conclusion

The Manganin Wire by Elmo Agencies is a practical resistance wire for laboratory and educational applications. Its manganin alloy composition, relatively high resistivity, and low temperature coefficient make it suitable for experiments involving electrical resistance and measurement.

Specification