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0Cr25Al5 Heating Alloy Strip Tape for Furnace Application FCHW-1

Short Description:


  • Grade: 0Cr25Al5
  • Material: Fe-Cr-Al
  • Type: Strip
  • Density(g/cm³): 7.1
  • Color: Bright
  • Product Detail

    FAQ

    Product Tags

    Fe-Cr-Al alloy with high resistivity and serviceability temperature than that for NiCr alloy and also has lower price.

     
    Applications:
    Ironr-chrome-aluminium electrie esistorstipis wmidely usedfor making electrie heatng elementsin home appliancesand imdustial fmaces, pid appicatonsarefat rons, ioningmachines,naterheater, plastimoulding dies, soldering irons, metal sheathed tubular elements and cartridge elements.
     
    Chemical Content %
    Alloy material
    Chemical composition%
    C
    P
    S
    Mn
    Si
    Cr
    Ni
    Al
    Fe
    Others
    max(≦)
    1Cr13Al4
    0.12
    0.0025
    0.0025
    0.7
    ≦1.00
    12.5-15.0
    -
    3.5-4.5
    Rest
    -
    0Cr15Al5
    0.12
    0.0025
    0.0025
    0.7
    ≦1.00
    14.5-15.5
    -
    4.5-5.3
    Rest
    -
    0Cr25Al5
    0.06
    0.0025
    0.0025
    0.7
    ≦0.60
    23.0-26.0
    ≦0.60
    4.5-6.5
    Rest
    -
    0Cr23Al5
    0.06
    0.0025
    0.0025
    0.7
    ≦0.60
    20.5-23.5
    ≦0.60
    4.2-5.3
    Rest
    -
    0Cr21Al6
    0.06
    0.0025
    0.0025
    0.7
    ≦1.00
    19.0-22.0
    ≦0.60
    5.0-7.0
    Rest
    -
    0Cr19Al3
    0.06
    0.0025
    0.0025
    0.7
    ≦1.00
    18.0-21.0
    ≦0.60
    3.0-4.2
    Rest
    -
    0Cr21Al6Nb
    0.05
    0.0025
    0.0025
    0.7
    ≦0.60
    21.0-23.0
    ≦0.60
    5.0-7.0
    Rest
    Nb add0.5
    0Cr27Al7Mo2
    0.05
    0.0025
    0.0025
    0.2
    ≦0.40
    26.5-27.8
    ≦0.60
    6.0-7.0
    Rest
     

     

    Grade
    1Cr13Al4
    TK1
    0Cr25Al5
    0Cr20Al6RE
    0Cr23Al5
    0Cr19Al3
    0Cr21Al6Nb
    0Cr27Al7Mo2
    Nominal composition%
    Cr
    12.0-15.0
    22.0-26.0
    23.0-26.0
    19.0-22.0
    22.5-24.5
    18.0-21.0
    21.0-23.0
    26.5-27.8
    Al
    4.0-6.0
    5.0-7.0
    4.5-6.5
    5.0-7.0
    4.2-5.0
    3.0-4.2
    5.0-7.0
    6.0-7.0
    Re
    opportune
    0.04-1.0
    opportune
    opportune
    opportune
    opportune
    opportune
    opportune
    Fe
    Bal.
     
    Bal.
    Bal.
    Bal.
    Bal.
    Bal.
    Bal.
     
     
     
     
     
     
     
    Nb0.5
    Mo1.8-2.2
    Max operating temp(°C)
    650
    1400
    1250
    1250
    1250
    1100
    1350
    1400
    Resisivity 20℃(Ω/mm2/m)
    1.25
    1.48
    1.42
    1.40
    1.35
    1.23
    1.45
    1.53
    Density(g/cm³)
    7.4
    7.1
    7.1
    7.16
    7.25
    7.35
    7.1
    7.1
    Thermal Conductivity at 20℃,W/(M·K)
    0.49
    0.49
    0.46
    0.48
    3.46
    0.49
    0.49
    0.49
    Linear Expansion Coefficient(×10¯6/℃)20-1000℃)
    15.4
    16
    16
    14
    15
    13.5
    16
    16
    Approximate Melting Point(℃)
    1450
    1520
    1500
    1500
    1500
    1500
    1510
    1520
    Tensile Strength(N/mm2 )
    580-680
    680-830
    630-780
    630-780
    630-780
    600-700
    650-800
    680-830
    Elongation(%)
    ›16
    ›10
    ›12
    ›12
    ›12
    ›12
    ›12
    ›10
    Section Variation Shrink Rate(%)
    65-75
    65-75
    60-75
    65-75
    65-75
    65-75
    65-75
    65-75
    Repeatedly Bend Frequency(F/R)
    ›5
    ›5
    ›5
    ›5
    ›5
    ›5
    ›5
    ›5
    Hardness(H.B.)
    200-260
    200-260
    200-260
    200-260
    200-260
    200-260
    200-260
    200-260
    Micrographic Structure
    Ferrite
    Ferrite
    Ferrite
    Ferrite
    Ferrite
    Ferrite
    Ferrite
    Ferrite
    Magnetic Property
    Magnetic
    Magnetic
    Magnetic
    Magnetic
    Magnetic
    Magnetic
    Magnetic
    Magnetic
    Fast Life(h/℃)
    no
    ≥80/1350
    ≥80/1300
    ≥80/1300
    ≥80/1300
    ≥80/1250
    ≥50/1350
    ≥50/1350

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