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CuMn30Ni5 Manganese Copper Alloy Rod

  • Place of Origin Jiangsu,China
  • Model Number CuMn30Ni5 Manganese Copper Alloy Rod
  • Trade Names UNS C96400 Rod, 2.1295 Rod
  • Dimensions Customized Size
  • Delivery Conditions Grinding. Polished. Bright.
  • Avaliable Shapes Bar.Customized
  • MOQ 50~200 (KG)
  • Production Standards GB/T、GJB、YB/T、ASTM、EN、DIN、IEC
  • Packaging Details Wooden Case, or as per Client's request
  • Payment Terms L/C, T/T, Western Union, MoneyGram
  • Trade Terms FOB, CIF, DDP, DAP, EXW
  • Delivery Time 20~60 days

Overview


CuMn30Ni5 Manganese Copper Alloy Bar is engineered for extreme high-temperature and high-resistivity applications, combining resistivity (0.42-0.48 μΩ·m) and tensile strength (600-800 MPa) through optimized Mn-Ni-Cu composition (28-32% Mn, 4-6% Ni). With outstanding oxidation resistance and creep stability, it operates reliably from -60°C to 450°C, ideal for power electronics, aerospace heaters, and nuclear systems. Compliant with ASTM B267 and IEC 60168, offering full traceability certification.



Limiting Chemical Composition, %


Manganese(Mn)................................................................................................................................28.0-32.0

Nickel(Ni)...............................................................................................................................................4.5-5.5

Copper(Cu)...........................................................................................................................................Balance

Other Impurities is Iron, silicon, carbon strictly controlled,Total ≤0.5.



Technical Specifications


Parameter

Value/Range

Melting Point

1050-1150°C

Tensile Strength

600-800 MPa

Elongation

10-18%

Surface Finish

Bright Annealed/Tin Plated

Diameter Range

Customized (10.0mm-300.0mm)

Temperature Resistance

-60°C ~ 450°C

Continuous Use Temp

≤450°C

Short-Term Peak Temp

≤600°C (≤15 mins)

Resistivity

0.42-0.48 μΩ·m

Density

8.7±0.2 g/cm³



Material Properties


● Ultra-High Resistivity:

3-5x higher than standard copper alloys for current-limiting applications


● High-Temp Stability:

<0.8% resistivity drift after 1000hrs at 450°C


● Radiation Hardness:

Withstands 10⁷ rad cumulative gamma dose


● Ultra-Low Thermal EMF:

Cu-CuMn30Ni5 pair EMF≤15μV/°C


Core Advantages


● Extreme Environment Certified:

Passes MIL-STD-810H thermal shock testing (-65°C↔+175°C)


● Precision Forming:

Capable of 0.05mm ultra-fine wire drawing (±0.001mm tolerance)


● Global Compliance:

Meets NADCAP aerospace special process requirements



Typical Applications


● Power Transmission:

HV circuit breaker contact springs, vacuum interrupter components


● Nuclear Systems:

Reactor control rod drive mechanism wiring


● Aerospace:

Rocket engine ignition coils, satellite thruster heaters


● Industrial Heating:

Semiconductor diffusion furnace heaters, glass melting electrodes



Industries Served


● High-Voltage Electrical Equipment

● Nuclear Energy & Particle Accelerators

● Aerospace Propulsion Systems

● Specialty Glass & Ceramics Manufacturing

● Semiconductor High-Temp Process Tools



Packaging & Certifications


Vacuum-Sealed Packaging: Argon-filled stainless steel cans for long-term storage

Certifications: ASTM B267, IEC 60168, NADCAP AC7108, AS9100D



Why Choose CuMn30Ni5?


● Material Innovation:

Exclusive patented alloy formula (Patent: CN202310627981.1)


● Smart QC:

Real-time resistivity monitoring (±0.5% accuracy)


● Technical Ecosystem:

Free high-temperature resistivity simulation tools



Available Forms


We provide you with a variety of product forms, including but not limited to


● Strip & Foil

● Round Wire &Flat Wire

● Bar & Rod

● Electrothermal Strip

● Flange & Ring

● Wire & Welding

● Reststance Wire

● Electric Alloy Wire

● Electric Furnace Bar

● Customize

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