Soldes Tankii 0,134 mm 6J13 Fil de manganine / Alliage 290 Pour composants haute fréquence

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Soldes Tankii 0,134 mm 6J13 Fil de manganine / Alliage 290 Pour composants haute fréquence

Fil en alliage de cuivre et de nickel

June 20, 2025

Connexion De Catégorie: Fil en alliage de cuivre Nickel

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Les étiquettes:

#alliage de cuivre et de nickel #alliage de cuivre de nickel #alliage d'en cuivre et de nickel

Brief: Discover Tankii's clearance sale on 0.134mm 6J13 Manganin Wire, also known as Alloy 290, perfect for high-frequency components. This high-precision resistor material offers excellent electrical conductivity, thermal stability, and corrosion resistance. Ideal for electrical, electronic, aerospace, and automotive applications.

Related Product Features:

Manganin wire (6J13) with a bright surface for high precision resistors.
Chemical composition includes Cu, Mn, Ni with a density of 8.4 g/cm3.
High resistivity of 44 μΩ*cm and low temperature coefficient.
Excellent electrical and thermal conductivity for efficient performance.
Good corrosion resistance and thermal stability in various environments.
Versatile applications in electrical, electronic, and aerospace industries.
Available in round wire, flat wire, strip, and bar forms.
High strength and wear resistance for durable use.

Les questions:

What are the main applications of Tankii's Manganin Wire?

Tankii's Manganin Wire is widely used in the electrical industry for connectors and busbars, in electronic equipment for high-frequency components, in aerospace for corrosion-resistant parts, and in the automotive industry for sensors and connectors.
What are the advantages of using Manganin Wire?

Manganin Wire offers high strength, excellent corrosion resistance, good electrical and thermal conductivity, low resistance temperature coefficient, high resistivity, thermal stability, and good processing performance.
What is the chemical composition of Tankii's Manganin Wire?

The chemical composition includes 11-13% Mn, 2-5% Ni, and the balance Cu, with a density of 8.4 g/cm3 and resistivity of 44 μΩ*cm.