Specifications
Brand Name :
Senphus
Model Number :
6J12/6J12P/6J12X
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.
Certification :
ISO9001
Place of Orig :
Jiangsu, China
Type :
Manganin
Application :
Resistance elements and shunt resistors in precision instruments
Color :
Brassy yellow
Product name :
6J12 Manganin wire
Volume resistivity (μΩ·m) :
0.47±0.03
Application temperature :
5~45
Resistance-temperature coefficient (β×10-6 ℃-1) :
-0.7~0
Thermal EMF rate for copper :
1
Description

6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System

The 6J12 alloy wire is a manganin-type material composed primarily of copper (Cu), nickel (Ni), and manganese (Mn). It is specifically designed for high-precision applications requiring stable electrical resistance, low thermal electromotive force (EMF), and minimal temperature coefficient of resistance (TCR).

The 6J12 alloy wire offers long-term stability, high durability, and consistent electrical performance in varying environmental conditions. It is also cost-effective for high-precision applications, making it a popular choice in scientific and industrial fields.

In summary, 6J12 combines high resistivity, low TCR, and corrosion resistance, making it indispensable in precision electrical and temperature-sensitive applications.

Chemical composition

Name Type Main chemical composition %
Cu Mn Ni Si
Manganin 6J12 Rest 11~13 2~3 /
F1 Manganin 6J8 Rest 8~10 / 1~2
F2 Manganin 6J13 Rest 11~13 2~5 /

Volume resistivity for wires, sheet and ribbons

Name Type Volume resistivity (μΩ·m)
Manganin 6J12 0.47±0.03
F1 Manganin 6J8 0.35±0.05
F2 Manganin 6J13 0.44±0.04

Average resistance-temperature coefficient of Constantan

Name Application temperature Test temperature Resistance-temperature coefficient Average resistance-temperature coefficient
α×10-6 -1 β×10-6 -1 α×10-6 ℃-1
Manganin wire, sheet Level 1 5~45 10, 20, 40 -3~+5 -0.7~0 /
Level 2 -5~+10
Level 3 -10~+5
F1 Manganin wire, sheet 10~80 10, 20, 40 -5~+10 -0.25~0 /
F2 Manganin wire, sheet 10~80 0~+40 -0.7~1 /

Elongation rate

Dia.(mm) Elongation rate (Lo=200mm), %
0.05 6
>0.05~0.10 8
>0.10~0.50 12
>0.50 15

Thermal EMF rate for copper

Name Type Temperature Average thermal EMF rate for copper
Manganin 6J12 0~100 1
F1 Manganin 6J8 0~100 2
F2 Manganin 6J13 0~100 3
Note: Thermal EMF rate for copper is absolute value

The net weight per spool

Dia(mm) Net weight (g) Dia(mm) Net weight (g)
0.02~0.025 5 >0.28~0.45 300
>0.025~0.03 10 >0.45~0.63 400
>0.03~0.04 15 >0.63~0.75 700
>0.04~0.06 30 >0.75~1.18 1200
>0.06~0.08 60 >1.18~2.50 2000
>0.08~0.15 80 >2.50~3.00 3000
>0.15~0.28 150    

Manganin(6J12) 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)
0.020 0.000314 0.00265 1346-1646 0.224 0.03941 0.3326 11.2-12.6
0.022 0.000318 0.00321 1113-1360 0.250 0.04909 0.414 9.00-10.15
0.025 0.000491 0.00414 862-1053 0.280 0.06158 0.5197 7.17-8.09
0.028 0.000616 0.0052 687-840 0.315 0.07793 0.6577 5.73-6.33
0.032 0.000804 0.00679 583-631 0.355 0.9898 0.8354 4.51-4.99
0.036 0.001018 0.00859 452-499 0.400 0.1257 1.061 3.55-3.93
0.040 0.001257 0.01061 344-404 0.450 0.159 1.342 2.81-3.10
0.045 0.001509 0.01342 272-319 0.500 0.1963 1.657 2.27-2.51
0.050 0.001963 0.01657 220-259 0.560 0.2463 2.08 1.83-1.98
0.056 0.002463 0.02079 176-206 0.630 0.3117 2.63 1.45-1.57
0.063 0.003117 0.02631 139-163 0.710 0.3959 3.34 1.14-1.23
0.071 0.003959 0.03341 109-128 0.750 0.4418 3.73 1.02-1.11
0.080 0.005027 0.04243 86.0-101.0 0.800 0.5027 4.24 0.898-0.972
0.090 0.006362 0.0537 68.0-79.80 0.850 0.5674 4.79 0.795-0.861
0.100 0.007854 0.0663 55.1-64.6 0.900 0.6362 5.37 0.709-0.768
0.112 0.009852 0.08315 44.4-51.0 0.950 0.7088 5.98 0.637-0.690
0.125 0.01227 0.1036 35.6-41.0 1.000 0.7854 6.63 0.574-0.622
0.140 0.01539 0.1299 28.4-32.7 1.060 0.8825 7.45 0.511-0.554
0.150 0.01767 0.1491 24.7-28.5 1.120 0.9852 8.32 0.458-0.496
0.160 0.02011 0.1697 21.7-25.0 1.180 1.094 9.23 0.413-0.447
0.170 0.02270 0.1916 19.3-22.2 1.250 1.227 10.36 0.368-0.398
0.180 0.02545 0.2148 17.2-19.8 1.320 1.368 11.55 0.330-0.357
0.190 0.02835 0.239 15.4-17.7 1.400 1.539 12.99 0.293-0.318
0.200 0.03142 0.2652 14.1-15.9 1.500 1.767 14.91 0.255-0.277
0.212 0.03530 0.2979 12.5-14.1 1.600 2.011 16.97 0.224-0.243

Constantan&Manganin wire data table

Dia.(mm) Sectional area nominal value(mm2) Resistance per meter (Ω/m)
6J12X 6J8X 6J13X 6J40X

Nominal value

(mm)

Tolerance Nominal value (Ω/m) Tolerance Nominal value (Ω/m) Tolerance Nominal value (Ω/m) Tolerance Nominal value (Ω/m) Tolerance
0.020 ±0.002 0.000314 1496 ±10%         1528 ±10%
0.022 0.000380 1236 1263
0.025 0.000491 957 978
0.028 0.000616 763 780
0.032 ±0.003 0.000804 584 ±8%   ±8%   ±8% 597 ±8%
0.036 0.001018 462 472
0.040 0.001257 374 382
0.045 0.001590 296 302
0.050 0.001963 239 244
0.056 0.002463 191 195
0.063 0.003117 151 154
0.071 0.003959 119 121
0.080 0.005027 93.5 69.6 87.5 95.5
0.090 0.006362 73.9 55.0 69.2 75.5
0.100 0.007854 59.8 44.6 56.0 61.1
0.112 ±0.005 0.009852 47.7 ±7% 35.5 ±7% 44.7 ±7% 48.7 ±7%
0.125 0.01227 38.3 28.5 35.9 39.1
0.140 0.01539 30.5 22.7 28.6 31.2
0.160 0.02011 23.4 17.4 21.9 23.9
0.180 0.02545 18.5 13.8 17.3 18.9
0.200 ±0.005 0.03142 15.0 ±6% 11.1 ±6% 14.0 ±6% 15.3 ±6%
0.224 0.03941 11.9 8.88 11.2 12.2
0.250 0.04909 9.57 7.13 8.96 9.78
0.280 0.06158 7.63 5.68 7.15 7.80
0.315 ±0.010 0.007793 6.03 ±5% 4.49 ±5% 5.65 ±5% 6.16 ±5%
0.355 0.09898 4.75 3.54 4.45 4.85
0.400 0.1257 3.74 2.79 3.50 3.82
0.450 0.1590 2.96 2.20 2.77 3.02
0.500 ±0.015 0.1963 2.39 ±4% 1.78 ±4% 2.24 ±4% 2.44 ±4%
0.560 0.2463 1.91 1.42 1.79 1.95
0.630 0.3117 1.51 1.12 1.41 1.51
0.710 0.3959 1.19 0.884 1.11 1.21
0.750 0.4418 1.06 0.792 1.00 1.09
0.800 0.5027 0.935 0.696 0.875 0.955
0.850 0.5674 0.828 0.617 0.775 0.846
0.900 0.6362 0.739 0.550 0.692 0.755
0.950 0.7088 0.663 0.494 0.621 0.677
1.000 0.7854 0.598 0.446 0.560 0.611
1.060 ±0.020 0.8852 0.533 ±4% 0.397 ±4% 0.499 ±4% 0.544 ±4%
1.120 0.9852 0.477 0.355 0.447 0.487
1.180 1.094 0.430 0.320 0.402 0.439
1.250 1.227 0.383 0.285 0.359 0.391
1.320 1.368 0.343 0.256 0.322 0.351
1.400 1.539 0.305 0.227 0.286 0.312
1.500 1.767 0.266 0.198 0.249 0.272
1.600 2.011 0.234 0.174 0.219 0.239
1.700 ±0.025 2.270 0.207 ±4% 0.154 ±4% 0.194 ±4% 0.211 ±4%
1.800 2.545 0.185 0.138 0.173 0.189
1.900 2.835 0.166 0.123 0.155 0.169
2.000 3.142 0.15 0.111 0.140 0.153
2.120 3.530 0.133 0.0992 0.125 0.136
2.240 ±0.030 3.941 0.119 ±4% 0.0888 ±4% 0.112 ±4% 0.122 ±4%
2.360 4.374 0.107 0.0800 0.101 0.110
2.500 4.909 0.0957 0.0713 0.0896 0.0978
2.650 5.515 0.0852 0.0635 0.0798 0.0870
2.800 6.158 0.0763 0.0568 0.0715 0.0780
3.000 7.069 0.0665 0.0495 0.0622 0.0679
3.150 ±0.035 7.793 0.0603 ±4% 0.0449 ±4% 0.0565 ±4% 0.0616 ±4%
3.350 8.814 0.0533 0.0397 0.0499 0.0545
3.550 9.898 0.0475 0.0354 0.0445 0.0485
3.750 11.04 0.0426 0.0317 0.0398 0.0435
4.000 12.57 0.0374 0.0279 0.0350 0.0382
4.250 14.19 0.0331 0.0247 0.0310 0.0338
4.500 15.90 0.0296 0.0220 0.0277 0.0302
4.750 ±0.040 17.72 0.0265 ±4% 0.0198 ±4% 0.0248 ±4% 0.0271 ±4%
5.000 19.63 0.0239 0.0178 0.0224 0.0244
5.300 ±0.050 22.06 0.0213 ±4% 0.0159 ±4% 0.0199 ±4% 0.0218 ±4%
5.600 24.63 0.0191 0.0142 0.0179 0.0195
6.000 ±0.060 28.27 0.0166 ±4% 0.0124 ±4% 0.0156 ±4% 0.017 ±4%
6.300 31.17 0.0151 0.0112 0.0141 0.0154

Sheet size

Thickness(mm) Tolerance Width(mm) Tolerance
0.1 ±0.010 50
75
100
Width<100mm, ±1
Width≥100mm, ±1.5
0.112
0.125
0.140
0.160
0.180 ±0.0100-0.020
0.200
0.224
0.250
0.280
0.315
0.355
0.400 ±0.020 50
75
100
125
150
175
0.450
0.500
0.560 ±0.020-0.030
0.630
0.710
0.800 ±0.030
0.900
1.000 ±0.040
1.120
1.250
1.400 ±0.050
1.600
1.800 ±0.060
2.000

Manganin strip table, Cross-sectional area(mm2)

Width(mm)


Thickness(mm)
6.3 8.0 10.0 12.5 16.0 20.0 25.0 31.5 40.0
±0.3 ±0.3 ±0.3 ±0.4 ±0.4 ±0.5 ±0.5 ±0.6 ±0.7
0.180 ±0.010 1.066                
0.200 1.184              
0.224 1.327 1.684            
0.250 +0.01
-0.02
1.481 1.880 2.450          
0.280 1.658 2.106 2.744            
0.315 1.865 2.369 3.087 3.859        
0.355 2.102 2.670 3.479 4.349        
0.400 ±0.020 2.369 3.008 3.920 4.900 6.272      
0.450 2.665 3.384 4.410 5.513 7.056 8.820 11.03    
0.500 2.961 3.760 4.900 6.125 7.840 9.800 12.25    
0.560 +0.020
-0.030
3.316 4.211 5.488 6.860 8.781 10.98 13.72  
0.630 3.731 4.738 6.174 7.718 9.878 12.35 15.44  
0.710 4.205 5.339 6.958 8.698 11.13 13.92 17.40  
0.800 ±0.030 4.738 6.016 7.840 9.800 12.54 15.68 19.60 24.70 31.36
0.900 5.33 6.768 8.820 11.03 14.11 17.64 22.05 27.78 35.28
1.000 ±0.040 5.922 7.520 9.800 12.25 15.68 19.60 24.50 30.87 39.20
1.120 6.633 8.422 10.98 13.72 17.56 21.95 27.44 34.57 43.90
1.250 7.403 9.400 12.25 15.31 19.60 24.50 30.63 38.59 49.00
1.400 ±0.050 8.291 10.53 13.72 17.15 21.95 27.44 34.30 43.22 54.88
1.600 9.475 12.03 15.68 19.60 25.09 31.36 39.20 49.39 62.72
1.800 ±0.060 10.66 13.54 17.64 22.05 28.22 35.28 44.10 55.57 70.56
2.000 11.84 15.04 19.60 24.50 31.36 39.20 49.00 61.74 78.40
Note : The effective cross-sectional area of strip is the product of its width and thickness multiplies
the following coefficient:
Width<10mm, multiplied by 0.98;
Width≥10mm, multiplied by 0.94.

Some key features of 6J12 include:

  • High Electrical Resistance:

6J12 has a high electrical resistance, which is crucial for applications requiring precise resistance values.

  • Temperature Coefficient of Resistance (TCR):

The alloy exhibits a low and stable temperature coefficient of resistance, indicating minimal change in resistance with temperature fluctuations, typically ranging from ±20 ppm/°C to ±50 ppm/°C.

  • Corrosion Resistance:

Thanks to its high nickel and chromium content, 6J12 offers excellent resistance to oxidation and corrosion, making it suitable for use in both acidic and alkaline environments.

  • Creep Resistance:

The alloy shows good resistance to creep, with minimal plastic deformation under stress at elevated temperatures, making it suitable for high-temperature applications.

  • Fatigue Life:

6J12 has a fatigue life of about 5×10^6 cycles at a stress level of 50 MPa when tested at high temperatures, indicating its endurance in high-temperature fatigue conditions.

These characteristics make 6J12 an ideal material for precision resistors, temperature compensation elements, strain gauges, and other applications where stable and precise electrical resistance is required across a broad temperature range.

Applications:

  • Precision Resistors:

Due to its high electrical resistance and stable temperature coefficient of resistance, 6J12 is widely used in the manufacturing of precision resistors and resistor elements.

  • Temperature Compensation:

The alloy's low temperature coefficient makes it suitable for temperature compensation devices and thermistors that require precise resistance changes with temperature variations.

  • Strain Gauges:

6J12 is used in the production of strain gauges for measuring mechanical strain, given its accurate and stable resistance characteristics under stress.

  • Electronic Components:

The alloy is utilized in various electronic components where high resistance and temperature stability are necessary, such as in resistor networks and rheostats.

  • Automotive Sensors:

6J12 finds use in automotive sensors that require resistance changes in response to temperature or mechanical stress.

  • Industrial Controls:

In industrial control systems, 6J12 is used for its reliable performance in sensors and control elements that need to maintain consistent resistance under varying conditions.

  • Medical Equipment:

The alloy is employed in medical equipment where precise resistance is critical, such as in temperature sensors and diagnostic devices.

  • Aerospace and Defense:

6J12 is used in aerospace and defense applications for its ability to maintain performance in extreme temperature conditions and its resistance to corrosion.

  • Telecommunications:

In telecommunications, 6J12 is used for its consistent electrical properties in high-frequency applications and its resistance to environmental factors.

  • Power Grids:

The alloy is utilized in power grids for current-sensing devices and other components that require stable resistance under high electrical stress.

These applications take advantage of 6J12's unique combination of high resistance, temperature stability, and corrosion resistance, making it a valuable material in precision electronics and engineering.

6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System

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6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System

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Brand Name :
Senphus
Model Number :
6J12/6J12P/6J12X
Place of Origin :
China
MOQ :
5kg
Payment Terms :
T/T, D/P
Supply Ability :
30 Tons per day
Contact Supplier
6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System
6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System
6J12/6J12P/6J12X Resistance Wire Copper Manganese Nickel OEM For Heating System

Jiangyin Chengxin Alloy Material Co., Ltd ,

Verified Supplier
1 Years
jiangsu, changzhou
Since 2003
Business Type :
Manufacturer, Exporter, Seller
Total Annual :
230000000-240000000
Employee Number :
1400~1500
Certification Level :
Verified Supplier
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