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Fecral ocr23Al5 princeps resistentia calefactio habena elementum fornace featured image
  • Fecral ocr23al5 altus resistentia calefacit habena elementum fornacem
  • Fecral ocr23al5 altus resistentia calefacit habena elementum fornacem
  • Fecral ocr23al5 altus resistentia calefacit habena elementum fornacem
  • Fecral ocr23al5 altus resistentia calefacit habena elementum fornacem
  • Fecral ocr23al5 altus resistentia calefacit habena elementum fornacem

Fecral ocr23al5 altus resistentia calefacit habena elementum fornacem

Short description:


  • Material:fecal
  • Width:4-250mm
  • Crassitudine:0.05-3mm
  • Latin:GB / T 1234-2012
  • Resistentia:1.35 ± 0.05μω.m

    • Product Detail

    Faq

    Product Tags

    Fecral Ocr23Al5 High Highingnudoelementum fornace

    Gradus
    0Cr23al5
    Magnitudo
    Crassitudo: 0.05-3mm

    Width: 4-250MM
    Superficies
    clara slitting
    Pondus
    1-3kg / volumine, secundum customers 'quantitas
    Resistentia
    1.3 ± 0.05μω.M
    Durness (HV)
    180-210HV
    Elongatio
    ≥16%

    Shanghai Tankii Alloy Material Co., Ltd. Focus in productio Nichouple Walloy, Thermocouple filum, Fecral Alloy, Precising Alloy, Aeris Nickel Alloy, Thermal RAMULUS ANTMIUS etc. in forma filum, sheet, tape, habena, virga et laminam.

    Weve 'iam obtinuit ISO (IX) I Quality Systema Certificatorium et Approbatio ISO (XIV) I ANGemonmental Tutela System.We own a completum profectis productio fluxus fluxus, etc. nos etiam superbia, drawing r & d facultatem.

    Gradus
    Calor
    Resistentia
    Durities
    Tensile viribus
    Elongatio
    0C13Al4
    ML ℃
    1,25 ± 0.05μΩ.M
    180-210HV
    ≥550n / mm2
    ≥16
    0Cr15al5
    MC ℃
    1.3 ± 0.05μω.M
    180-210HV
    ≥550n / mm2
    ≥16
    0cr21al6nb
    ℃ MCCC
    1.42 ± 0.05μω.M
    200-240HV
    750n / mm2
    ≥12
    Cr20ni80
    MCC ℃
    1.09 ± 0.05μω.M
    180-220hv
    750n / mm2
    ≥20
    Cr15ni60
    MCL ℃
    1.12 ± 0.05μω.M
    175-210HV
    750n / mm2
    ≥20
    Cr20ni35
    MC ℃
    1.04 ± 0.05μω.M
    180-220hv
    750n / mm2
    ≥20
    Cr25ni20 (310s)
    MC ℃
    0.86 ± 0.05μω.m
    180-220hv
    750n / mm2
    ≥20
    Gradus
    Eget compositionem%
    C
    P
    S
    Mn
    Si
    Cr
    Ni
    Al
    Fe
    ≤
    0Cr15al5
    0.04
    0,02
    0.01 0.01
    0,3
    ≤0.5
    13-14
    <I
    4.8-5.0
    statera
    0cr21al6nb
    0,05
    0.025
    0,02
    0,5
    ≤0.6
    21-23
    ≤0.6
    5-7
    statera
    0C13Al4
    0.04
    0,02
    0.01 0.01
    0,3
    ≤0.5
    13-14
    <I
    4.8-5.0
    statera
    Cr20ni80
    0,08
    0,02
    0.015
    0.6
    0.75-1.6
    20-23
    statera
    <0,5
    ≤1.0
    Cr15ni60
    0,08
    0,02
    0.015
    0.6
    0.75-1.6
    15-18
    55-61
    <0,5
    statera
    Cr20ni35
    0,08
    0,02
    0.015
    1.0
    1-3
    18-21
    34-37
    -
    statera
    Cr25ni20
    0,08
    0.045
    0.03
    2.0
    0.4-0.6
    24-26
    19-22
    -
    statera

    XXVIII XX2018-2-11 DCCCLVI 2018-2-11 DCCCXLIXVIII VII VI

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