Model NO.: resistohm 145
Stock: Stock
Mainly Usage: Resistor. Heater, Furnace
Thickness: 0.3mm, 0.4mm,
Width: 6.7mm
hardness: 230hv
Surface: bright
Package: Wooden box
Payment: 100% payment in advance
Brand: Tankii A1
Trademark: TANKII
Transport Package: Coil, Waterproof Paper, Pallet
Specification: RoHs, ISO 9001
Origin: Shanghai, China
HS Code: 7506200000
High-resistivity iron-chromium-aluminium alloys strip resistohm 145 resistohm 130 Resistohm 145 or FeCrAl 145 is a ferritic alloy of the FeCrAl family, which can be used up to 1300°C in case of big diameters. Â
Resistohm 145 or FeCrAl 145 can be used for resistances in electric furnaces for ceramic, chemical and metallurgic industries, and for all applications where it is necessary to apply very high temperature of use. Life time of Resistohm 145 is better than those of NiCr in case of atmospheres containing sulfur and particularly if they are oxidizing. Â
The same material in China is 0Cr21Al6Nb which with the same resistivity of 1.45μΩ/m at 20ºC.
Resistance heating strip for furnace heating elements and other heat-generating applications. The strip is normally delivered in cold-rolled condition with ground surface.
Characters:
Hardness: Soft, Half hard, hard
Standard: ASTM B603, DIN 17470, TOCT 10994, JIS C2520, GB/T1234
Has been used extensively as heating elements in industrial furnaces and electrical kilns.
Has less hot strength than Tophet alloys but much higher melting point.
We also produce below grades:
Alkrothal 14, Alloy 750, Alferon 902, Alchrome 750, Resistohm 125, Aluchrom, 750 Alloy, Stablohm 750
Kanthal A1, Kanthal, Alloy 875, Resistohm 145, Aluchrom 0, Alchrome 875, MWS-875, Stablohm 875, KAF Kanthal AF, Resistohm Y, Aluchrom Y, Alloy 837, AF KAPM KAPM, Alloy 875 PM, Kanthal APM
Kanthal D, Kanthal, Alloy 815, Alchrome DK, Alferon 901, Resistohm 135, Aluchrom S, Stablohm 812
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Chemical Composition and Main Property of Fe-Cr-Al Resistance Alloy  | ||||||||
Properties \ Grade  |
1Cr13Al4 Â |
0Cr25Al5 Â |
0Cr21Al6 Â |
0Cr23Al5 Â |
0Cr21Al4 Â |
0Cr21Al6Nb  |
0Cr27Al7Mo2 Â |
|
Main Chemical Composition (%) Â |
Cr  |
12.0-15.0 Â |
23.0-26.0 Â |
19.0-22.0 Â |
22.5-24.5 Â |
18.0-21.0 Â |
21.0-23.0 Â |
26.5-27.8 Â |
Al  |
4.0-6.0 Â |
4.5-6.5 Â |
5.0-7.0 Â |
4.2-5.0 Â |
3.0-4.2 Â |
5.0-7.0 Â |
6.0-7.0 Â |
|
Re  |
opportune  |
opportune  |
opportune  |
opportune  |
opportune  |
opportune  |
opportune  |
|
Fe  |
Bal. Â |
Bal. Â |
Bal. Â |
Bal. Â |
Bal. Â |
Bal. Â |
Bal. Â |
|
  |
  |
  |
  |
  |
  |
Nb0.5 Â |
Mo1.8-2.2 Â |
|
Max Continuous Service Temperature(oC) Â |
950 Â |
1250 Â |
1250 Â |
1250 Â |
1100 Â |
1350 Â |
1400 Â |
|
Resisivity 20oC (Ωmm2/m)  |
1.25 ±0.08  |
1.42 ±0.06  |
1.42 ±0.07  |
1.35 ±0.07  |
1.23 ±0.07  |
1.45 ±0.07  |
1.53 ±0.07  |
|
Density(g/cm3) Â |
7.4 Â |
7.1 Â |
7.16 Â |
7.25 Â |
7.35 Â |
7.1 Â |
7.1 Â |
|
Thermal Conductivity  |
52.7 Â |
46.1 Â |
63.2 Â |
60.2 Â |
46.9 Â |
46.1 Â |
45.2 Â |
|
(KJ/m@h@oC) Â | ||||||||
Coefficient of Thermal Expansion(α×10-6/oC)  |
15.4 Â |
16 Â |
14.7 Â |
15 Â |
13.5 Â |
16 Â |
16 Â |
|
Approximate Melting Point( oC) Â |
1450 Â |
1500 Â |
1500 Â |
1500 Â |
1500 Â |
1510 Â |
1520 Â |
|
Tensile Strength(N/mm2) Â |
580-680 Â |
630-780 Â |
630-780 Â |
630-780 Â |
600-700 Â |
650-800 Â |
680-830 Â |
|
Elongation(%) Â |
>16 Â |
>12 Â |
>12 Â |
>12 Â |
>12 Â |
>12 Â |
>10 Â |
|
Section Variation  |
65-75 Â |
60-75 Â |
65-75 Â |
65-75 Â |
65-75 Â |
65-75 Â |
65-75 Â |
|
Shrink Rate (%) Â | ||||||||
Repeatedly Bend Frequency(F/R) Â |
>5 Â |
>5 Â |
>5 Â |
>5 Â |
>5 Â |
>5 Â |
>5 Â |
|
Hardness (H.B.) Â |
200-260 Â |
200-260 Â |
200-260 Â |
200-260 Â |
200-260 Â |
200-260 Â |
200-260 Â |
|
Continuous Service Time  |
no  |
≥80/1300  |
≥80/1300  |
≥80/1300  |
≥80/1250  |
≥50/1350  |
≥50/1350  |
|
Micrographic Structure  |
Ferrite  |
Ferrite  |
Ferrite  |
Ferrite  |
Ferrite  |
Ferrite  |
Ferrite  |
|
Magnetic Property  |
Magnetic  |
Magnetic  |
Magnetic  |
Magnetic  |
Magnetic  |
Magnetic  |
Magnetic  |





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