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Constantan tiaj tus xov tooj tooj hlau Nickel Alloy 6J40 Ribbon 0.4 * 2 hli featured duab
  • Constantan tiaj tus xov tooj tooj liab Nickel Alloy 6J40 Ribbon 0.4 * 2 hli
  • Constantan tiaj tus xov tooj tooj liab Nickel Alloy 6J40 Ribbon 0.4 * 2 hli

Constantan tiaj tus xov tooj tooj liab Nickel Alloy 6J40 Ribbon 0.4 * 2 hli

Cov lus piav qhia luv luv:

Constantan tiaj tus xov tooj tooj liab Nickel Alloy 6J11 Ribbon 0.4 * 2 hli

Resistivity (200c μ ω. M): 0.1
Max. Kev Ua Haujlwm Kub (0C): 200
Tensile lub zog (mpa): ≥ 250
Melting point (0C): 1095
Ntawj (G / cm3): 8.9
TCR X10-6 / 0C (20 ~ 600 0C): <100


  • Daim Ntawv Pov Thawj:ISO 9001
  • Qhov loj me:Me nyuam
  • Khoom npe:Tooj liab Nickel Alloy 6J11
  • Daim Ntawv Thov:kev ua hauj lwm
  • Khoom siv:hlau
  • Nta:Siab Tshaj
  • Ua Haujlwm:Daim Ntawv Zoo Txiaj Ntsig
  • Nyhav:raws
  • Qhov loj me:Raws li cov neeg siv khoom yuav tsum tau
  • Xim:xim kas fes
  • Cov duab:txoj xov tooj
  • MOQ:20Kg

    • Khoom Qhia Qhia

    Cov FAQ

    Khoom Ntawv

    Tshiab Constantan Tiaj Hlau Hlau Tooj Nickel Alloy 6J11 Ribbon 0.4 * 2 hli

    Tus yam ntxwv Resistivity (200c μ ω. M) Max. Kev Ua Haujlwm Kub (0C) Tensile lub zog (mpa) Melting taw tes (0C) Ntom ntom (G / cm3) TCR X10-6 / 0C (20 ~ 600 0C) EMF VS CU (μ V / 0C) (0 ~ 100 0C)
    Alloy Nomenclature
    NC003 (Cuni1) 0.1 200 ≥ 250 1095 8.9 <100 -12

     

    Cov Khoom Siv Lub Cev Me me Lus
    Ceev 8.94 G / CC
    Cov Khoom Siv Neeg Kho Tshuab Me me Lus
    Tensile lub zog, qhov kawg 262 - 531 MPA
    Tensile lub zog, tawm los 276 - 524 MPA Nyob ntawm npau taws
    Elongation thaum so 46.0% Hauv 50.8 hli.
    Modulus ntawm elasticity 115 GPA
    Poissons piv 0.310 Suav
    Luam ntawv 20% UN tsis muaj tseeb C36000 (cov kab txiav pub dawb) = 100%
    Shear Modulus 44.0 GPA
    Cov Khoom Siv Hluav Taws Xob Me me Lus
    Hluav taws xob tiv thaiv hluav taws xob 0.0000120 OHM-CM
    @Temperatative 20.0 ° C
    Thermal Khoom Me me Lus
    CTE, linear 17,5 μ m / m- ° C
    @Temeratative 20.0 - 300 ° C
    Kev Kub Loj Tshaj 0.380 j / g- ° C
    Thermal conductivity 64.0 w / mk
    @Temperatative 20.0 ° C
    Melting point <= 1125 ° C Ua kua
    Ua kua 1125 ° C
    Khoom muaj zog Me me Lus
    Annealing Kub 565 - 815 ° C
    Kub-ua hauj lwm kub 815 - 950 ° C
    Txheej Txheem Tseem Ceeb Cov Khoom Me me Lus
    Tooj liab, cu > = 91.2%
    Hlau, FE 1.30 - 1.70%
    Txhuas, pb <= 0.050%
    Manganese, mn 0.30 - 0.80%
    Npib tsib xee, ni 4.80 - 6.20%
    Zinc, Zn <= 1.0%

    Cuni44 Cov ntsiab lus tshuaj,%

    Ni Mn Fe Si Cu Lwm RoHS Cov Lus Qhia
    Cd Pb Hg Cr
    44 1% 0.5 - Tus liab - ND ND ND ND

    Cov Khoom Siv Neeg Kho Tshuab

    Max cov kev pabcuam txuas ntxiv temp 400ºC
    Retisivity ntawm 20ºC 0.49 ± 5% OHM MM2 / M
    Ceev 8.9 G / cm3
    Thermal conductivity -6 (Max)
    Melting point 1280ºC
    Tensile lub zog, n / mm2 annealed, mos 340 ~ 535 MPa
    Tensile lub zog, n / mm3 txias dov 680 ~ 1070 MPA
    Elongation (anneal) 25% (min)
    Elongation (colded dov) ≥min) 2% (min)
    EMF VS CU, μv / ºC (0 ~ 100ºC) -
    Micraphic Cov Qauv ib qho kev ua siab ntev
    Sib Nqus Cov Khoom Tsis yog

     



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