Professional China Alloy Heating Wires - Cr15Al5 FeCrAl Heating Resistance Alloy Wire for Furnace Heating – TANKII

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Professional China Alloy Heating Wires - Cr15Al5 FeCrAl Heating Resistance Alloy Wire for Furnace Heating – TANKII Detail:

Cr15Al5 FeCrAl Heating Resistance Alloy Wire for Furnace Heating

Resistance Wire:
1)Iron Chrome Aluminum Wire
CrAl 14-4, CrAl 15-5, CrAl 20-5, CrAl 25-5, etc.

2)Nichrome Wire
NiCr 80/20, NiCr 70/30, NiCr 60/15, NiCr 35/20

3)Nickel Copper Alloy Wire
Alloy 30, Alloy 60, Alloy 90, Constantan Wire

For more details, pls visit our website or email us.

SPECIFICATIONS:

1Cr13Al4 0.03-12.0 1.25±0.08 588-735 >16 >6 950 >10000
0Cr15Al5 1.25±0.08 588-735 >16 >6 1000 >10000
0Cr25Al5 1.42±0.07 634-784 >12 >5 1300 >8000
0Cr23Al5 1.35±0.06 634-784 >12 >5 1250 >8000
0Cr21Al6 1.42±0.07 634-784 >12 >5 1300 >8000
1Cr20Al3 1.23±0.06 634-784 >12 >5 1100 >8000
0Cr21Al6Nb 1.45±0.07 634-784 >12 >5 1350 >8000
0Cr27Al7Mo2 0.03-12.0 1.53±0.07 686-784 >12 >5 1400 >8000

 

Relevance:

 

Fecrak us an ideal alloy with an excessive specific real resistance(1.20-1.30 ohm-mm2/m)which combine a heat resistance up to 1450C and is claimed to be indispensable at temperature extremes.These properties allow using this alloy extensively while manufacturing heating units. It has a perfect corrosive resistance on air,in argon, in a vacuum, oxidizing, sulfur-containing and carboniferous environments.It shows not very high relative density(7.2g/cm3),but it has a great yield limit.

 

Cr15Al5 Eurofechral

material grade UNS name DIN Density ASTM
fecral 1.4725 K 92500 17470 7.4 B 603-1

 

The main applications:kilns,resistor elements,high-temperature furnaces,industrial tubular heating elements and heaters.

 

Percentage Composition:

Al Cr Fe Mn C Si Ni Cu Ti Other Rare earth elements
4.6-5.8 14.5-15.5 Basis Max0.7 till 0.05 till 0.6 till 0.6 … till 0.6 Zr≤0.3 …

 

Mechanical Characteristics T°20°C

 

Number of bowings Percentage Extension
>5 times >16%

 

Phyiscal Characteristics T°20°C

Hardness Density Breaking load Maximum Working temperature 850C Electrical resistivity Magnetism Melting points (°C)
200-260 HB 7.1g/cm3 637-784m/pa 1.30 ohn-mm2/m Magnetic 1400 °C

 

 

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