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Fecral CXXXV Alloy Electric resistentia calefactio filum 0Cr25al5 0Cr23al5 0Cr2176 enim Heater Cils

Short description:

Ferrum, Fecral135 est Ferricis, Chromium-Aluminium Alloy (Fecralis Alloy) ad usum ad temperaturis ad MCCC ° C (MMCCCLXX ° F). Alloy est propria ab alto resistentibus et bonum oxidatio resistentia.


  • Model non.:Ocr23al5
  • Figura:per filum
  • Resistentia:1.35
  • Superficies:Clara, acidum album, oxidatio
  • Diameter:0.02-10mm
  • Onerariis sarcina:Lobortis aut lignea arca archa
  • HS Code:7230000
  • Product Detail

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    Product Tags

    Fecral CXXXV Alloy Electric resistentia calefactio filum ocr217555 ocr23al5 ocr21716 pro calefacientis

     

    Ferrum, Fecral135 est Ferricis, Chromium-Aluminium Alloy (Fecralis Alloy) ad usum ad temperaturis ad MCCC ° C (MMCCCLXX ° F). Alloy est propria ab alto resistentibus et bonum oxidatio resistentia.

     

    Fecral135 adhibetur in domum adjumenta et industriae furnorum. Typical Applications in Home Appliances includit metallum tondere tubulosam elementa pro dishwashers, elementis embedded in LATERAMEN in Panel calceos, cartridge et funem in calefacit et deicientibus Tuba Fabula in spatio calefaci, Industrial Fiber et in fibra Ferventis laminis cum Ceramic Hobs, in Bead Insulated tabellarios ad panel calentium, in suspensus organorum elementa in aerem calentium in lauandi dryers.

     

    In Industrial Applications Fecral135 adhibetur in, exempli gratia, terminals ad fornacem elementa, susupinus elementa pro aere calefactio, et in fornacem calefacere elementa.

     

    Chemical compositionem

    C% Si% MN% CR% Al% Fe%
    Nomina compositionem 5,3 Bal.
    Min - - - 23.0 -
    Max 0,05 0,5 0.45 25.0 -

     

    Mechanica proprietatibus

    Crassities CEDITAS Tensile viribus Elongatio Durities
    Rρ0.2 Rm A
    mm MPA MPA % Hv
    2.0 CDL DCL 18 CC

     

    Physica proprietatibus

    Density G / CM3 7.15
    Electrical resistentibus ad XX ° F cm mm / m 1.35
    Maxime usus temperatus ° C MCCC
    Melting Point C MD
    Magnetica Magnetica

     

     

    Temperatus factor of resistivity

    Temperatus ° C CC CCC CD D DC DCC DCCC CM M MC MCC MCCC
    Ct 1.00 1.01 1.01 1.02 1.03 1.03 1.04 1.04 1.04 1.05 1.05 1.05


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