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I-Nicr200I nge-PPM value ye-PPM ye-Alloy Alor

Incazelo emfushane:

I-Karma Alloy yakhiwa ithusi, i-nickel, i-aluminium ne-iron njengezakhi eziyinhloko. Ukumelana noku-2 ~ 3 amahlandla ama-3 aphezulu kune-mentong. Ine-coefficient ephansi yokushisa (i-TCC), i-EMF ephansi ye-EMF ephansi qhathanisa ne-Copper, i-Enaphakade yokumelana nesikhathi eside kanye ne-anti-oxidation eqinile. Uhla lwayo lokushisa olusebenzayo lubanzi kune-Mentong (--60 ~ 300ºC). Ilungele ukwenza izinto ezinhle zokumelana kahle nosizi.


  • Model No:ikarma
  • Ukuba ngukuphilisa:1.33
  • Igama lomkhiqizo:I-Karma Wire
  • Ukucaciswa:0.018-10mm
  • Ubuningi:8.1 g / cm3
  • Ikhodi ye-HS:75052200
  • Ingaphezulu:-Gqamile
  • Imininingwane Yomkhiqizo

    Umthandi

    Amathegi Omkhiqizo

    Ikarmaubungako

    Wire: 0.01mm-10mm
    I-Ribbon: 0.05 * 0.2mm-2.0 * 6.0mm
    Strip: 0.5 * 5.0mm-5.0 * 250mm
    Impahla ye-3.Karma

    ibizo ukufingqwa Ukwakheka okuyinhloko (%) -Vamile
    Cr Al Fe Ni
    Ikarma  I-6J22 19 ~ 21 2.5 ~ 3.2 2.0 ~ 3.0 Bal. JB / T 5328

     

    Ibizo Ukufingqwa (20ºC)
    Ukumelanakabisa
    (μωω.m)
    (20ºC)
    Temp. Coeff.of ukumelana
    (αx10-6 / ºC)
    (0 ~ 100ºC)
    Thermalemf vs.copper
    (μv / ºC)
    Max.working
    Temp. (ºC)
    (%)
    Elongation
    (N / MM2)
    -The ngqi
    Izithukuthuku
    -Vamile
    Ikarma I-6J22 1.33 ± 0.07 ≤ ± 20 ≤2.5 ≤300 > 7 ≥780 JB / T 5328

    4. Izici ezihlukile ze-karma ukumelana nocingo

    1) Ukuqala nge-nickel Chromium Electric Heat Wire Wire Wire Class 1, sangena esikhundleni se-NI nezinye izinto, futhi ngaleyo ndlela sithole impahla yokumelana nenembe okunembile lokulinganisa lokulinganisa nokushisa amandla nge-flour.
    Ngokungezwa kwe-al, siphumelele ekwenzeni i-volume ukumelana nezikhathi eziyi-12
    Kunesilinganiselo se-nickel chromium kagesi sokushisa i-wire wire 1 kanye namandla ashubile aphindwe izikhathi eziyi-1.3.

    2) I-couffient ye-Secondare Secondary Cooffients β ye-karmalloy wire KMW incane kakhulu, - 0.03 × 10-6-6 / K2,

    Futhi ijika lokumelana lokumelana liphenduka libe cishe umugqa oqondile ngaphakathi kobubanzi bokushisa obubanzi.

    Ngakho-ke, i-coeffienty yokushisa isethwe njenge-coeffient yokushisa ephakathi ephakathi kuka-23 ~ 53 ° C, kepha 1 × 10-6 / k, i-coeffient ephakathi yokushisa phakathi kuka-0 ~ 100 ° C, nayo ingahle
    yamukelwe i-coefficient yokushisa.

    3) Amandla we-electromotive ngokumelene wethusi phakathi kuka-1 ~ 100 ° C nawo omncane, ngezansi + 2 μv / k, futhi akhombisa ukuqina okuhle esikhathini esiyiminyaka eminingi.

    4) Uma lokhu kufanele kusetshenziswe njengento yokumelana nenembe, ukwelashwa okushisa okuphansi kudingeka ukuqeda ukuhlanekezela kokucubungula njengasesimweni se-mangagan wire cmw.


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