C10Ni90 Nickel chromium alloy wire
Cr10Ni90 is a nickel-chromium alloy, also known as resistance alloy, with high resistance and high melting point. This alloy is mainly composed of 10% chromium and 90% nickel, and is usually expressed in the chemical formula as Cr10Ni90.
Its main use is as a resistance wire, which is widely used in electric heaters, electric furnaces, heaters, hot air blowers, electric water heaters, water heaters, temperature sensors and other electric heating equipment. Due to the high resistance and thermal stability of Cr10Ni90 alloy, it is able to generate sufficient heat in high temperature environments, making it an ideal electric heating element.
| Model Number |
Cr10Ni90 |
| Type |
Bare |
| Surface |
Bright |
| Condition |
Soft Annealed |
| Size |
0.05-7.5mm |
| Melting point |
1400ºC |
| Certificate |
ISO ,ROHS |
| Application |
Industrial Heating Equipments |
Nichrome wire
Nichrome alloy includes pure nickel, NiCr alloy, Fe-Cr-Al alloy and copper nickel alloy.
Nickel chrome alloys: Ni80Cr20, Ni70Cr30, Ni60Cr15, Ni35Cr20, Ni90Cr10,Ni30Cr20, pure nickel Ni200 and Ni201
FeCrAl alloy: 0Cr25Al5, 0Cr23Al5, 0Cr21Al4, 0Cr27Al7Mo2, 0Cr21Al6Nb, 0Cr21Al6.
Copper nickel alloy: CuNi1, CuNi2, CuNi6, CuNi8, CuNi10, CuNi23, CuNi30, CuNi44, Constantan,CuMn12Ni
Our Nichrome alloy are in the form of wire, coil, ribbon, strip, foil
Nichrome wire sizes are:
Wire: 0.018mm-10mm
Ribbon: 0.05*0.2mm-2.0*6.0mm
Strip: 0.5*5.0mm-5.0*250mm
Bar: 10-100mm
Nichrome 90 10
Nichrome Grade: Ni70Cr30,Ni80Cr20, Ni60Cr15, Ni35Cr20, Ni30Cr20
nicr90 10 characteristic
Chemical Content %: 90.00 Nickel, 10.00 Chrome
Max continuous service temperature: 1300ºC
Resisivity: 1.09 mm2Ω /m
Density: 8.7g/cm3
Thermal conductivity: --
Coefficient of thermal expansion: --
Melting point: 1400ºC
Elongation: Min 20%
| Alloy Nomenclature Performance |
Ni90Cr10 |
Ni80Cr20 |
Ni70Cr30 |
Ni60Cr15 |
Ni35Cr20 |
Ni30Cr20 |
| Main Chemical composition |
Ni |
90 |
Rest |
Rest |
55.0-61.0 |
34.0-37.0 |
30.0-34.0 |
| Cr |
10 |
20.0-23.0 |
28.0-31.0 |
15.0-18.0 |
18.0-21.0 |
18.0-21.0 |
| Fe |
Rest |
≤1.0 |
≤1.0 |
Rest |
Rest |
Rest |
| Max. continuous service temp. of element(ºC) |
1300 |
1200 |
1250 |
1150 |
1100 |
1100 |
| Resistivity at 20ºC (μΩ·m) |
- |
1.09 |
1.18 |
1.12 |
1 |
1.04 |
| Density(g/cm3) |
8.7 |
8.4 |
8.1 |
8.2 |
7.9 |
7.9 |
| Thermal conductivity (KJ/m·h·ºC) |
- |
60.3 |
45.2 |
45.2 |
43.8 |
43.8 |
| Coefficient of lines expansion(α×10-6/ºC) |
- |
18 |
17 |
17 |
19 |
19 |
| Melting point approx.( ºC) |
1400 |
1400 |
1380 |
1390 |
1390 |
1390 |
| Elongation at rupture(%) |
>20 |
>20 |
>20 |
>20 |
>20 |
>20 |
| Micrographic structure |
- |
Austenite |
Austenite |
Austenite |
Austenite |
Austenite |
| Magnetic properties |
- |
nonmagnetic |
nonmagnetic |
Weak magnetic |
Weak magnetic |
Weak magnet |
The application areas of nickel-chromium alloy strips include: Petrochemical industry: used to manufacture pipes, valves, pumps and other components in petrochemical equipment, as well as catalyst carriers for petrochemicals. Aerospace industry: used to manufacture high-temperature components such as engines, turbine blades, and combustion chambers. Chemical industry: used to manufacture reaction kettles, heat exchangers and other components in chemical equipment. Devices: used to manufacture devices such as artificial joints and dental implants. Other fields: such as nuclear industry, electronics industry, etc.
Raw material preparation: Prepare high-purity nickel and chromium metals as the main raw materials for the alloy. These raw materials are typically available in bulk, powder or wire form and must meet strict chemical composition and purity requirements.
Alloy ingredients: Nickel and chromium are mixed together according to the formula in predetermined proportions. Ensuring a homogeneous mix is key to ensuring consistent performance of the final alloy.
Smelting: Put the mixed raw materials into a high-temperature smelting furnace, usually using methods such as arc melting, induction melting or gas protection melting. During the smelting process, the raw materials are melted by heating and maintained at the required component ratios and temperatures for the alloy to ensure uniform mixing.
Casting or forging: The smelted alloy can be formed into a blank or preliminary shape by casting or forging. Casting is the pouring of molten alloy into a mold to form the desired shape. Forging, on the other hand, changes the shape of the alloy by heating it to the appropriate temperature and then applying pressure or impact.
Heat treatment: After the alloy is initially formed, heat treatment is usually required to adjust its grain structure and mechanical properties. This may include steps such as solution treatment and aging treatments to improve the stability and strength of the alloy.
Wire Drawing: Heat-treated alloy blanks may be drawn into wire. Wire drawing is the process of stretching an alloy blank through a die to the required diameter and length to make resistance wire.
Final processing and testing: The drawn alloy wire may need to undergo further processing and testing, including surface treatment, fine processing, dimensional measurement and performance testing to ensure compliance with customer requirements and relevant standards.
The entire production process requires strict control of process parameters and quality standards to ensure the final production of Cr20Ni80 alloy products with stable performance and reliable quality.
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Usually sample lead time is 7 days after payment has been confirmed.
Normal order is 10-30days,it depends on customers' quantity.
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