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Specialty Precision Alloys
Release time:
Feb 28,2025
durable Specialty precision alloys are a class of materials that play a crucial role in various industries. These alloys are engineered with meticulous attention to detail to meet the most demanding requirements.
One of the key features of classy Specialty precision alloys is their high precision in composition. Manufacturers carefully control the ratios of different elements within the alloy to ensure consistent and reliable performance. For example, in some high - temperature applications, the precise combination of nickel, chromium, and other elements in a specialty alloy can enable it to withstand extreme heat without significant deformation or degradation.
These alloys also offer excellent mechanical properties. They often possess high strength, which is essential for applications where structural integrity is vital. In the aerospace industry, Specialty precision alloys supply are used in the construction of engine components and airframe parts. Their strength - to - weight ratio allows for the creation of lighter yet more durable aircraft structures, contributing to fuel efficiency and overall performance.
Moreover, Specialty precision alloys from china are highly adaptable to different manufacturing processes. They can be easily machined, cast, or formed into complex shapes. This flexibility enables manufacturers to create customized components with tight tolerances, meeting the specific needs of various industries.
| New brand | Old brand | Active layer | Middle layer | Passive layer | Main characteristics |
| 5J39110 | 5J20110 | Mn72Ni10Cu18 (Mn75Ni15Cu10) | - | Ni36 | High sensitivity, high resistance, suitable for use at medium to low temperatures |
| 5J2780 | 5J1480(5J18) | Ni22Cr3 | - | Ni36 | Medium sensitivity, medium resistance, medium low temperature use |
| 5J2880 | 5J1580(5J16) | Ni20Mn6 | - | Ni36 | Medium sensitivity, medium resistance, medium low temperature use |
| 5J1970 | 5J1070(5J23) | Ni19Cr11 | - | Ni42 | Medium sensitivity, medium resistance, high temperature use |
| 5J2606 | 5J1306A(R6) | Ni20Mn6 | Cu | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2709 | 5J1309A(R9) | Ni20Mn6 | Cu | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2711 | 5J1411A(R11) | Ni20Mn6 | Cu | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2520 | 5J1320A(R20) | Ni20Mn6 | Ni (Cu) | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2526 | 5J1325A(R25) | Ni20Mn6 | Ni | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2630 | 5J1430A(R30) | Ni20Mn6 | Ni | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2733 | 5J1433A(R33) | Ni20Mn6 | Ni | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2735 | 5J1435A(R35) | Ni20Mn6 | Ni | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2740 | 5J1440A(R40) | Ni20Mn6 | Ni | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2850 | 5J1450A(R50) | Ni20Mn6 | Ni | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| 5J2855 | 5J1455A(R55) | Ni20Mn6 | Ni | Ni36 | Medium sensitivity, resistance series, suitable for medium to low temperature use |
| New brand | Old brand | Compared to the nominal value of bending K (20~130℃)10-6/℃ | Nominal value of resistivity p μΩx cm(20土5℃) | Elastic modulus E (20 ± 5 ℃) MPa not less than | Linear temperature range | Allowable temperature range ℃ | Density g/cm3 |
| 5J39110 | 5J20110 | 20.8 | 113±5% | 113000 | -20~150 | -70~200 | 7.7 |
| 5J2780 | 5J1480(5J18) | 14.3 | 80±5% | 147000 | -20~180 | -70~350 | 8.2 |
| 5J2880 | 5J1580(5J16) | 15.1 | 78±5% | 147000 | -20~180 | -70~350 | 8.1 |
| 5J1970 | 5J1070(5J23) | 10.8 | 70±5% | 152000 | -20~350 | -70~500 | 8 |
| 5J2606 | 5J1306A(R6) | 14.3 | 6±10% | 122000 | -20~150 | -70~200 | 8.3 |
| 5J2709 | 5J1309A(R9) | 14.3 | 9±10% | 122000 | -20~150 | -70~200 | 8.2 |
| 5J2711 | 5J1411A(R11) | 14.6 | 11±10% | 122000 | -20~150 | -70~200 | 8.2 |
| 5J2520 | 5J1320A(R20) | 13.3 | 20±8% | 152000 | -20~150 | -70~200 | 8.2 |
| 5J2526 | 5J1325A(R25) | 13.9 | 25±8% | 152000 | -20~150 | -70~200 | 8.2 |
| 5J2630 | 5J1430A(R30) | 14.2 | 30±7% | 152000 | -20~150 | -70~200 | 8.2 |
| 5J2733 | 5J1433A(R33) | 14.3 | 33±7% | 152000 | -20~150 | -70~200 | 8.2 |
| 5J2735 | 5J1435A(R35) | 14.6 | 35±7% | 152000 | -20~150 | -70~200 | 8.2 |
| 5J2740 | 5J1440A(R40) | 14.6 | 40±7% | 152000 | -20~150 | -70~200 | 8.2 |
| 5J2850 | 5J1450A(R50) | 14.8 | 50±7% | 152000 | -20~150 | -70~200 | 8.2 |
| 5J2855 | 5J1455A(R55) | 14.8 | 55±7% | 152000 | -20~150 | -70~200 | 8.2 |
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