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Alloy 875 Fecral Heating Resistance Rod

China Alloy 875 Fecral Heating Resistance Rod, Find details about China Resistohm 145, Aluchrom 0 from Alloy 875 Fecral Heating Resistance Rod

Model NO.
Resistohm 145 Fecral Rod
Length
1000mm
Sample
Free
Surface
Bright or Oxidation
OEM
Yes
Trademark
Huona
Transport Package
Wooden Case, Wooden Pallet
Specification
0.5 ~ 10 mm, ISO9001, ISO14001
Origin
China
HS Code
7223000000
Model NO.
Resistohm 145 Fecral Rod
Length
1000mm
Sample
Free
Surface
Bright or Oxidation
OEM
Yes
Trademark
Huona
Transport Package
Wooden Case, Wooden Pallet
Specification
0.5 ~ 10 mm, ISO9001, ISO14001
Origin
China
HS Code
7223000000
Alloy 875 Fecral Heating Resistance Rod

22% Chrome, 72.2% Iron, 5.8% Aluminum
875 ohms/cmf 1500C melt point.
Also called Kanthal A1, Kanthal, Alloy 875, Resistohm 145, Aluchrom 0, Alchrome 875, MWS-875, Stablohm 875

FeCrAl wire, Iron Chrome Aluminum wire is very popular in industrial heating heaters and furnaces. We supply them as the requirements, such as temperature and resisitivity.

Conventional Product specifications: 0.5 ~ 10 mm

Packaging: Wooden case. Inside package, carton, wooden pallet

Advantages
1. High atmosphere temperature
2. Long life
3. High surface load
4. Good oxidation resistance
5. Small proportion
6. High resistivity
7. Good sulfur resistance
Properties\Grade1Cr13Al40Cr21Al40Cr21Al60Cr23Al50Cr25Al50Cr21Al6Nb0Cr27Al7Mo2
Main Chemical Composition(%)Cr12.0 ~ 15.018.0 ~ 21.019.0 ~ 22.022.5 ~ 24.523.0 ~ 26.021.0 ~ 23.026.5 ~ 27.8
Al4.0 ~ 6.03.0 ~ 4.25.0 ~ 7.04.2 ~ 5.04.5 ~ 6.55.0 ~ 7.06.0 ~ 7.0
FeBalanceBalanceBalanceBalanceBalanceBalanceBalance
ReOpportuneOpportuneOpportuneOpportuneOpportuneOpportuneOpportune
      Nb:0.5Mo:1.8-2.2
         
Mechanical Properties   
Grade0Cr21Al60Cr25Al50Cr23Al51Cr13Al40Cr21Al6Nb0Cr21Al40Cr27Al7Mo2 
Max Continuous Service Temp1250 ºC1250 ºC1250 ºC950 ºC1350 ºC1100 ºC1400 ºC 
Resisivity at 20ºC1.42 ±0.07  ohm mm2/m1.42 ±0.06 ohm mm2/m1.35 ±0.07  ohm mm2/m1.25 ±0.08  ohm mm2/m1.45 ±0.07  ohm mm2/m1.23 ±0.06 ohm mm2/m1.53 ±0.07 ohm mm2/m 
Density7.16 g/cm37.10 g/cm37.25 g/cm37.4 g/cm37.10 g/cm37.35 g/cm37.1 g/cm3 
Thermal Conductivity63.2 KJ/m@h@ ºC46.1KJ/m@h@ ºC60.2KJ/m@h@ ºC52.7 KJ/m@h@ ºC46.1 KJ/m@h@ ºC46.9 KJ/m@h@ ºC45.2 KJ/m@h@ ºC 
Coefficient of Thermal Expansion14.7×10-6/ ºC16.0×10-6/ ºC15.0×10-6/ ºC15.4×10-6/ ºC16.0×10-6/ ºC13.5×10-6/ ºC16.0×10-6/ ºC 
Melting Point1500 ºC1500 ºC1500 ºC1450 ºC1510ºC1500 ºC1520 ºC 
Tensile Strength637~784 Mpa637~784 Mpa637~784 Mpa588~735 Mpa637~784 Mpa637~784 Mpa637~784 Mpa 
ElongationMin 12%Min 12%Min 12%Min 12%Min 12%Min 12%Min 10% 
Section Variation Shrink Rate65~75%65~75%65~75%65~75%65~75%65~75%65~75% 
Repeatedly Bend FrequencyMin 5 timesMin 5 timesMin 5 timesMin 5 timesMin 5 timesMin 5 timesMin 5 times 
Hardness200-260HB200-260HB200-260HB200-260HB200-260HB200-260HB200-260HB 
Micrographic StructureFerriteFerriteFerriteFerriteFerriteFerriteFerrite 
Magnetic PropertyMagneticMagneticMagneticMagneticMagneticMagneticMagnetic 

Alloy 875 Fecral Heating Resistance Rod





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