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Nichrome Stranded filum ni80 Nichrome calefactio filum Cr20ni80 Ni60cr15 Ni35crit20

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Stranded resistentia filum factum est de Nichrome Alloys, ut Ni80CR00, Ni60Cr15, etc. fieri potest cum VII firls, XIX feruntur, aut XXXVII firma, vel figuras XXXVII.

Stranded resistentia heating filum habet multa commoda, ut deformatio facultatem, scelerisque stabilitatem, mechanica character, shockproof facultatem in scelerisque statu et anti-oxidization. Nichorome filum format a tutela iacuit de chromium cadmiae cum calefacta est primum. Material sub iacuit non oxidize, ne filum a fractionis et ardenti. Due to Nichrome Wire's relatively high resistivity and resistance to oxidation at high temperatures, it is widely used in heating elements, electric furnace heating and heat-treating processes in the chemical, mechanical, metallurgical and defense industries,


  • Material:Nichrome
  • Structuram:XIX Strands
  • Magnitudine:CONSOLIGUS
  • Application:calefactio filum
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    Stranded resistentia filum factum est de Nichrome Alloys, ut Ni80CR00, Ni60Cr15, etc. fieri potest cum VII firls, XIX feruntur, aut XXXVII firma, vel figuras XXXVII.

    Stranded resistentia heating filum habet multa commoda, ut deformatio facultatem, scelerisque stabilitatem, mechanica character, shockproof facultatem in scelerisque statu et anti-oxidization. Nichorome filum format a tutela iacuit de chromium cadmiae cum calefacta est primum. Material sub iacuit non oxidize, ne filum a fractionis et ardenti. Due to Nichrome Wire's relatively high resistivity and resistance to oxidation at high temperatures, it is widely used in heating elements, electric furnace heating and heat-treating processes in the chemical, mechanical, metallurgical and defense industries,

    Perficientur \ materiales Cr20ni80
     

    Conpositio

    Ni Requiesco
    Cr 20.0 ~ 23.0
    Fe ≤1.0
    Maximum temperatus ℃ MCC
    Meltiing Point ℃ MCD
    Density G / CM3 8,4
    Resistentia  

    1.09 ± 0.05

    ΜΩ · M, XX ℃
    Elongatio ad rupture ≥20
    Calor  

    0.44

    J / g. ℃
    Scelerisque conductivity  

    60.3

    KJ / MH ℃
    Coefficiens lineae expansion  

    18

    A × 10-6 / ℃
    (XX ~ M)
    Micrographic structure Austenite
    Properties magnetica Nonmagnetic

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