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Nickel Ore Price Ni35cr20 filum ad Industrial fornacem calefacere elementum

Short description:


  • Model non.:Ni35crit20
  • Product Type:filum
  • Material:NICR
  • Timnius fortitudinem:DCLXXV
  • Cedite vires:CCCXL
  • Working Temperature:MC
  • Annealing curatio:Hydrogenii Annealing
  • Certificatorium:SGS, iOS
  • Onerariis sarcina:Plastic sarcina intra, lignea arca foris, choos
  • Origin:Shanghai
  • Resistentia:1.04
  • Elongatio: 20
  • Density (G / CM3):7.9
  • OEM;Praesto
  • Superficies curatio:SCRIPTIO
  • Specification:D = 0.03mm ~ 8mm
  • HS Code:7505220000
  • Product Detail

    Faq

    Product Tags

    Ni35crit2 est a Nickel, Chromium Alloy (Nicr Alloy) characterised ab alto resistentibus, bonum oxidatio resistentia, ipsum bonum forma stabilitatem, bonum ductility et optimum weldility. Est idoneam ad usum ad temperaturis usque ad MC ° C.
    Typical Applications for Ohmally154a sunt in nocte, repono calentium, convection calentium, gravibus officium Rheostats et fan heaters.and etiam propter calefacit et de-vico et funem calentium et in calceis et pavimentum calentium, resistors.

    Normalis compositionem%

    C P S Mn Si Cr Ni Al Fe Alius
    Max
    0,08 0,02 0.015 1.00 1.0 ~ 3.0 18.0 ~ 21.0 34.0 ~ 37.0 - Bal. -

    Typical mechanica proprietatibus (1.0mm)

    CEDITAS Tensile vires Elongatio
    MPA MPA %
    CCCXL DCLXXV 35

    Typical physica proprietatibus

    Density (G / CM3) 7.9
    Electrical resistentibus ad 20ºC (ωmm2 / m) 1.04
    Conductivity coefficientem ad 20ºC (WMK) 13

     

    Coefficientem scelerisque expansion
    Temperamentum Coefficientem scelerisque expansion x10-6 / ºc
    XX ºc- 1000ºC 19

     

    Imprimis calor capacity
    Temperamentum 20ºC
    J / gk 0,50

     

    Melting Point (ºC) MCCCXC
    Max continua operating temperatus in aere (ºC) MC
    Properties magnetica magnetica

    Temperatus factors of electrica resistentibus

    20ºC 100ºC 200ºC 300ºC 400ºC 500ºC 600ºC
    I 1.029 1.061 1.09 1.115 1.139 1.157
    700ºC 800ºC 900ºC 1000ºC 1100ºC 1200ºC 1300ºC
    1.173 1.188 1.208 1.219 1.228 - -

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