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Cr15Ni60/60Ni16Cr/NiCr6015 NiCr Alloys Essential Materials For Metallurgical Industries

Categories NiCr Alloy
Brand Name: Senphus
Model Number: Cr15Ni60/60Ni16Cr/NiCr6015
Certification: ISO9001
Place of Origin: China
MOQ: 5kg
Payment Terms: T/T, D/P
Supply Ability: 30 Tons per day
Delivery Time: 3 days
Packaging Details: Packed with waterproof paper or weave bag, into pallets or wooden case. Special packaging requirements can also be accommodated.
Place of Orig: China
Type: Ni-Cr-Fe alloys
Application: Heating element and resistor
Color: Shiny silver or dark gray
Density: 8.20
Resistivity at 20 ℃: 1.12±0.05
Melting point(℃): 1390
Thermal conductivity: 45.2(KJ/mh ℃)
Elongation at rupture(% ): >20
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Cr15Ni60/60Ni16Cr/NiCr6015 NiCr Alloys Essential Materials For Metallurgical Industries

Cr15Ni60/60Ni16Cr/NiCr6015 NiCr Alloys Essential Materials for Metallurgical Industries


Cr15Ni60, also known as 60Ni-16Cr, features a composition of 55-61% Ni, 14-18% Cr, and the remainder being Fe. It has a density of 8.21 g/cm³, resistivity of 1.12 μΩ/m, and a coefficient of thermal expansion of 17x10⁻⁶/K. With a melting point of 1390°C and a maximum working temperature of 1150°C, this alloy is highly resistant to corrosion in oxidizing atmospheres, such as nitrogen, ammonia, and sulfur-containing environments. It exhibits excellent performance up to 1150°C and is used in precision resistors, normal and shunt resistors. Cr15Ni60's high resistivity allows it to generate significant current at low voltages, making it efficient for heating applications. Its mechanical properties include a tensile strength of at least 600 Mpa and an elongation of at least 25%. This alloy is widely used in electric heating devices, resistors, and heating elements, particularly where high resistance to heat and corrosion is required.

GBJISASTMDIN EN/DINGOST
Cr15Ni60 NCHW-2
NCHR-2
60Ni16Cr NiCr6015 Х15Н60-Н

Main characteristics of Ni-Cr and Ni-Cr-Fe electric heating alloys


Type



Performance

Cr30Ni70Cr15Ni60Cr20Ni35Cr20Ni80Cr20Ni30Cr25Ni20
Main Chemical compositionNiRest55.0-61.034.0-37.0Rest30.0-34.019.0-22.0
Cr28.0-31.015.0-18.018.0-21.020.0-23.018.0-21.024.0-26.0
Fe≤ 1.0RestRest≤ 1.0RestRest
Max. continuous service temp. of element (℃)125011501100120011001050
Resistivity at 20 ℃(μΩm)1.18±0.051.12±0.051.04±0.051.09±0.051.06±0.050.95±0.05
Density(g/cm3)8.108.207.908.407.907.15
Thermal condyctivity (KJ/m·h·℃)45.245.243.860.343.843.8
Coefficient of lines expansion (α×10-6/℃)17.017.019.018.019.019.0
Melting point (approx.)(℃)138013901390140013901400
Elonation at rupture(%)>20>20>20>20>20>20
Micrographic structureAusteniteAusteniteAusteniteAusteniteAusteniteAustenite
Magnetic propertiesNon-magneticLow-magneticLow-magneticNon-magneticLow-magneticNon-magnetic
Note:The various grades of electric resistance alloy material are blended with the amountof rare earth, titanium and other trace elements, to improve the processing performance andextend the period of the uselife.

Chemical Composition Wt.% Cr15Ni60%NiFeCSiMnPSCrAl
Min550.7515
Max61Rest0.081.60.60.020.015180.5

Mechanical propertiesConditionTensile Strength (UTS)(Rm)Elongation(A5)
D>3, T>0.2≥600 MPa≥25%
0.1<D<0.3, T>0.2≥600 MPa≥20%

Some key features of Cr15Ni60 include:

  1. High Electrical Resistivity: Cr15Ni60 has a high electrical resistivity, which is crucial for applications requiring precise control of electrical resistance, such as in heating elements and precision resistors.

  2. Corrosion Resistance: This alloy is highly resistant to corrosion, particularly in oxidizing environments. It performs well in conditions involving nitrogen, ammonia, and sulfur-containing atmospheres, making it ideal for chemical processing and other corrosive environments.

  3. High-Temperature Strength: Cr15Ni60 maintains its strength and resistivity at elevated temperatures, with a maximum working temperature of around 1150°C. This makes it suitable for use in high-temperature industrial processes and furnace components.

  4. Thermal Stability: The alloy exhibits good thermal stability, which is essential for applications where consistent performance over a wide temperature range is required.

  5. Low Coefficient of Thermal Expansion: With a low coefficient of thermal expansion, Cr15Ni60 experiences minimal dimensional changes with temperature fluctuations, which is beneficial for maintaining precision in high-temperature applications.

  6. Mechanical Properties: The alloy has good mechanical properties, including tensile strength and elongation, which contribute to its durability and reliability in various applications.

  7. Weldability: Cr15Ni60 is relatively easy to weld, which is an advantage in applications where components need to be joined without compromising the material's integrity.

  8. Formability: The alloy is formable, allowing it to be shaped into various configurations, which is beneficial for manufacturing complex components.

These features make Cr15Ni60 a popular choice for applications in the electrical, chemical, aerospace, and automotive industries, among others.


Applications:

  1. Heating Elements: Cr15Ni60 is used as heating elements in periodic heat treatment furnaces operating below 900°C

  2. Electrical Resistance Applications: It is utilized in high-grade electric heat pipes and domestic electric heaters as the heating wire

  3. Resistor Bands: Cr15Ni60 is employed in high-quality resistance boxes for resistor bands

  4. Industrial Furnaces: The alloy is extensively used in industrial furnaces as electric heating elements due to its excellent oxidation resistance and high-temperature strength

  5. Heat Treatment Equipment: Cr15Ni60 is used in the manufacturing of high-temperature furnace linings and thermocouple protection tubes in heat treatment equipment, ensuring precision and consistency in the heat treatment process

  6. Aerospace Industry: In the aerospace field, Cr15Ni60 is used for high-temperature components such as gas turbines and jet engines, providing reliable protection due to its high-temperature oxidation resistance and mechanical strength

  7. Resistors: The alloy is also used in the manufacture of various types of resistors, especially in applications requiring high stability and long life, such as precision instruments and electrical equipment


Technical data of wires


Dia. (mm)Cross-sectional area (mm²)Weight/Meter (g/m)Resistance/Meter at 20 ℃ (Ω/m)Dia. (mm)Cross-sectional area (mm²)Weight/Meter (g/m)Resistance/Meter at 20 ℃ (Ω/m)
0.0180.0002550.0021173410-46100.250.049090.407420.88-23.54
0.0200.0003140.0026062940-37400.280.061580.511116.64-18.76
0.0220.0003800.0031542440-31000.300.070690.586714.49-16.35
0.0250.0004910.0040751880-24000.320.075480.626512.74-14.36
0.0280.0006160.0051131530-18700.330.085530.709912.20-13.40
0.0300.0007070.0058681338-16960.380.11340.94129.13-10.09
0.0320.0008040.0066731180-14400.400.12571.04338.24-9.108
0.0350.0009620.007985981-12000.410.1321.09567.68-8.89
0.0400.0012570.01043780.7-954.10.450.1591.31976.51-7.196
0.0450.001590.0132594-7260.500.19631.62935.273-5.829
0.0500.0019630.01629499.6-610.60.550.23761.97214.518-4.994
0.0550.002380.01975407-4770.600.28272.34643.797-4.197
0.0630.003120.02590321.41-377.310.650.33182.75393.235-3.575
0.0700.003850.03196260.5-305.90.700.38483.19382.789-3.083
0.0800.0050270.04172199.5-234.10.750.44183.66692.43-2.686
0.0900.0063620.0528157.6-185.00.800.50274.17242.136-2.36
0.1000.0078540.0652127.7-149.90.850.56744.70941.891-2.091
0.1100.0098520.08177105.5-123.90.900.63625.28051.687-1.865
0.1200.012270.101888.67-104.10.950.70885.8831.46-1.62
0.1400.015390.127765.85-75.771.000.78546.51881.367-1.511
0.1500.017670.146756.75-66.631.100.95037.88751.13-1.26
0.1600.020110.0166950.42-58.001.120.98528.17721.05-1.17
0.1700.0227000.188444.18-51.861.181.09369.07690.95-1.05
0.1800.025450.211240.26-45.401.201.31310.89790.79-0.87
0.1900.028350.235335.37-41.531.301.32711.01410.78-0.86
0.2000.031420.260832.62-36.781.401.53912.77370.70-0.77
0.2120.0353000.293028.41-33.351.501.76714.66610.60-0.67
0.2200.038010.315526.65-30.391.602.01116.89240.52-0.58

The tolerance or wires diameter


WiresDia.(mm)Tolerance
0.018-0.025±0.001
0.028-0.035±0.0015
0.040-0.055±0.002
0.070±0.0025
0.08-0.10±0.003
0.11-0.14±0.004
0.16-0.20±0.005
0.22-0.25±0.006
0.28-0.30±0.007
0.32-0.40±0.01
0.41-0.50±0.015
0.55-0.80+0.02/-0.03
0.85-1.00+0.02/-0.03
1.10-1.50±0.03
Note:special specification can be produced as per client's request.

Technical data of ribbon


Thickness × Width(mm)Resistance/meter(20 ℃) (Ω/m)Surface area/ohm (20℃) (cm2/Ω)Weight/meter (g/m)Surface area/meter (cm2/m)
0.09x2.55.279.841.7251.8
0.08x0.2740.07560.1225.6
0.08x0.349.40.1540.1837.6
0.08x0.4370.2590.2449.6
0.08x0.529.60.3920.30511.6
0.08x0.624.70.5510.36713.6
0.08x0.721.20.7370.42815.6
0.08x0.818.50.9510.48917.6
0.08x0.916.51.190.5519.6
0.08x1.014.81.460.61121.6
0.08x1.212.32.070.73325.6
0.08x1.59.873.20.91631.6
0.08x1.88.234.571.137.6
0.08x2.07.45.621.2241.6
0.07x0.284.60.06380.1075.4
0.07x0.356.40.1310.167.4
0.07x0.442.30.2220.2149.4
0.07x0.533.90.3370.26711.4
0.07x0.628.20.4750.32113.4
0.07x0.724.20.6370.37415.4
0.07x0.821.20.8220.42817.4
0.07x0.918.81.030.48119.4
0.07x1.016.91.260.53521.4
0.07x1.214.11.80.64125.4
0.07x1.511.32.780.80231.4
0.06x0.298.70.05270.09165.2
0.06x0.365.80.1090.1377.2
0.06x0.449.40.1860.1839.2
0.06x0.539.50.2840.22911.2
0.06x0.632.90.4010.27513.2
0.06x0.728.20.5390.32115.2
0.06x0.824.70.6970.36717.5
0.06x0.921.90.8750.41219.2
0.06x1.019.71.070.45821.2
0.06x1.216.51.530.5525.2
0.05x0.21180.04220.07645.00
0.05x0.3790.08860.1157.00
0.05x0.459.20.1520.1539.00
0.05x0.547.40.2320.19111.00
0.05x0.639.50.3290.22913.00
0.05x0.733.90.4430.26715.0
0.05x0.829.60.5740.30517.0
0.05x0.916.30.7220.34419.0
0.05x1.023.70.8860.38221.0
Ribbon is rolled by the wire, the actual cross-sectional area of the ribbon is smaller 8% than calculated by the rectangular.

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