Nikon SLM Solutions
CuCr1Zr
SLM / Metal · Copper · Copper alloy
Pure copper reaches excellent thermal and electrical conductivity, but lacks the strength for load-bearing or structural applications. Additional alloying elements improve its mechanical properties through precipitation hardening; Cr and Zr help hold high strength and hardness even at elevated temperatures, which makes CuCr1Zr suitable for rocket engines.
265 MPa (horizontal)
Tensile Strength
41% (horizontal)
Elongation at Break
8.9 g/cm³
Density
Finish and colour of the material as printed
Why choose CuCr1Zr?Why this material
An excellent balance between mechanical properties and conductivity
Electrical conductivity of up to 92% IACS after heat treatment
Holds high strength and hardness even at elevated temperatures
Suited to rocket engines and applications that need both conductivity and high strength
Technical propertiesVerified figures only
265 MPa (horizontal)
235 MPa (vertical), NHT, average — up to approx. 320/280 MPa after heat treatment
Tensile Strength
41% (horizontal)
52% (vertical), NHT, average
Elongation at Break
8.9 g/cm³
(powder density)
Density
Copper alloy
Natural Color
Typical applicationsWhat it is used for
Aeronautics
Space
Electrical engineering
Compatible printersSystems that run this material
NXG 600E
NXG XII 600
SLM 500
SLM 280 PS
SLM 280 2.0
DocumentsTechnical data sheet
Technical Data Sheet
Download the Technical Data SheetMaterial characteristicsAppearance and classification
- High electrical conductivity
- high-temperature stability
- improved strength
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