Heating Cr20Ni80 Element 3000W AC 220V Resistance Coil Nichrome Resistance Wire For Furnace
| Attribute |
Details |
Attribute |
Details |
| Product Name |
Cr20Ni80 Heating Element |
Purity |
78% Ni |
| Alloy |
NiCr Alloy |
Type |
Nickel Coil |
| Density |
8.4 g/cm³ |
Elongation |
≥20% |
| Delivery Time |
7 Working Days |
Max Continuous
Operating Temperature |
1200°C |
| Technique |
Cold Drawing |
Treatment |
Hydrogen
Annealing
|
| Surface |
Bright, Acid White,
Oxidation |
Condition |
Soft Annealed |
| MOQ |
5kg |
Transport Package |
Carton or
Wooden Case |
| Specification |
0.018-8mm |
Trademark |
HUONA |
| Origin |
China |
HS Code |
7506100000 |
| Production Capacity |
100 Tons/Month |
|
The material NiCr8020 with the material number 2.4869 is applied in the form of strips, sheets, tubes and wires for furnace
construction components and heating conductors.
This is a unique nickel-chromium heating conductor alloy, engineered to function optimally at operating temperatures
reaching up to 1150 °C. Distinctively, it often incorporates additives of rare earth elements. These additives significantly
enhance its oxidation resistance, particularly in scenarios involving frequent on-off switching operations or substantial
temperature fluctuations.
Exhibiting remarkable atmospheric corrosion resistance at 20 °C, this alloy maintains a high level of resistance to air
and various oxygen-rich gases throughout its operational temperature range. It also demonstrates excellent resistance
to nitrogen-based low-oxygen gases. However, it shows relatively low resistance when exposed to both oxidizing
and reducing gases that contain sulfur.
![Heating Cr20ni80 Element 3000W AC 220V Resistance Coil Nichrome Resistance Wire for Furnace]()
![Heating Cr20ni80 Element 3000W AC 220V Resistance Coil Nichrome Resistance Wire for Furnace]()
| Chemical Composition and Propertes: |
|
| Propertes/Grade |
NiCr 80/20 |
NiCr 70/30 |
NiCr 60/15 |
|
| Main Chemical Composition(%) |
Ni |
Bal. |
Bal. |
55.0-61.0 |
|
| Cr |
20.0-23.0 |
28.0-31.0 |
15.0-18.0 |
|
| Fe |
≤ 1.0 |
≤ 1.0 |
Bal. |
|
| Max Working Temperature(ºC) |
1200 |
1250 |
1150 |
|
| Resistivity at 20ºC(μ Ω · m) |
1.09 |
1.18 |
1.12 |
|
| Density(g/cm3) |
8.4 |
8.1 |
8.2 |
|
| Thermal Conductivity(KJ/m· h· ºC) |
60.3 |
45.2 |
45.2 |
|
| Coefficient of Thermal Expansion(α × 10-6/ºC) |
18 |
17 |
17 |
|
| Melting Point(ºC) |
1400 |
1380 |
1390 |
|
| Elongation(%) |
> 20 |
> 20 |
> 20 |
|
| Micrographic Structure |
austenite |
austenite |
austenite |
|
| Magnetic Property |
nonmagnetic |
nonmagnetic |
nonmagnetic |
|
|
|
|
|
|
|
| Propertes/Grade |
NiCr 35/20 |
NiCr 30/20 |
Karma |
Evanohm |
| Main Chemical |
Ni |
34.0-37.0 |
30.0-34.0 |
Bal |
Bal |
| Composition(%) |
Cr |
18.0-21.0 |
18.0-21.0 |
19.0-21.5 |
19.0-21.5 |
|
Fe |
Bal. |
Bal. |
2.0-3.0 |
- |
| Max Working Temperature(ºC) |
1100 |
1100 |
300 |
1400 |
| Resistivity at 20ºC |
1.04 |
1.04 |
1.33 |
1.33 |
| (μ Ω · m) |
| Density(g/cm3) |
7.9 |
7.9 |
8.1 |
8.1 |
| Thermal Conductivity |
43.8 |
43.8 |
46 |
46 |
| (KJ/m· h· ºC) |
| Coefficient of Thermal |
19 |
19 |
- |
- |
| Expansion(α × 10-6/ºC) |
| Melting Point(ºC) |
1390 |
1390 |
1400 |
1400 |
| Elongation(%) |
> 20 |
> 20 |
> 20 |
> 20 |
| Micrographic Structure |
austenite |
austenite |
austenite |
austenite |
| Magnetic Property |
nonmagnetic |
nonmagnetic |
nonmagnetic |
nonmagnetic |
Typical Mechanical properties(1.0mm)
- Elongation: 30%
- Yield Strength: 420Mpa
- Tensile Strength: 810Mpa
| Chemical Composition |
Nickel 80%, Chrome 20% |
| Condition |
Bright/Acid white/Oxidied Color |
| Diameter |
0.018mm~1.6mm in spool, 1.5mm-8mm packing in coil, 8~60mm in rod |
| Nichrome Round Wire |
Diameter 0.018mm~10mm |
| Nichrome Ribbon |
Width 5~0.5mm, thickness 0.01-2mm |
| Nichrome Strip |
Width 450mm~1mm, thickness 0.001m~7mm |
| Diameter |
1.5mm-8mm packing in coil, 8~60mm in rod |
| Grade |
Ni80Cr20, Ni70/30, Ni60Cr15, Ni60Cr23, Ni35Cr20Fe, |
| Ni30Cr20 Ni80, Ni70,Ni60, Ni40, |
| Advantage |
The metallurgical structure of nichrome |
| confers them a very good plasticity when cold. |
| Characteristics |
Stable performance; Anti-oxidation; Corrosion resistance; |
| High temperature stability; Excellent coilforming ability; |
| Uniform and beautiful surface condition without spots. |
| Usage |
Resistance heating elements;Material in metallurgy, |
| Household appliances;Mechanical manufacturing and |
| other industries. |
| Resistance Wires |
| RW30 |
W.Nr 1.4864 |
Nickel 37%, Chrome 18%, Iron 45% |
| RW41 |
UNS N07041 |
Nickel 50%, Chrome 19%, Cobalt 11%, Molybdenum 10%, Titanium 3% |
| RW45 |
W.Nr 2.0842 |
Nickel 45%, Copper 55% |
| RW60 |
W.Nr 2.4867 |
Nickel 60%, Chrome 16%, Iron 24% |
| RW60 |
UNS NO6004 |
Nickel 60%, Chrome 16%, Iron 24% |
| RW80 |
W.Nr 2.4869 |
Nickel 80%, Chrome 20% |
| RW80 |
UNS NO6003 |
Nickel 80%, Chrome 20% |
| RW125 |
W.Nr 1.4725 |
Iron BAL, Chrome 19%, Aluminium 3% |
| RW145 |
W.Nr 1.4767 |
Iron BAL, Chrome 20%, Aluminium 5% |
| RW155 |
|
Iron BAL, Chrome 27%, Aluminium 7%, Molybdenum 2% |
