Material Technology:
DMLS
Material Group
Copper
All uploads are secure and confidential
Pure copper, known for its high electrical and thermal conductivity, is an increasingly used material in DMLS additive technology. This process allows for the production of complex and detailed components with copper, preserving its distinctive properties. Common applications include precision electronic parts, such as heat sinks and connectors, as well as prototypes and customized components in the aerospace and automotive industries.
Alternative namings
-
Material Technology
DMLS
-
Material Group
Copper
-
Native color
-
Elastic modulus
154 GPa
-
Yield stress
160-162 MPa
-
Tensile strength
223-227 MPa
-
Elongation at break
34-38 %
-
Hardness
-
Density
8.9 g/cm³
-
Melting temperature
1085 °C
-
Maximum service temperature
651 °C
-
Thermal conductivity
420 W/m·K
-
Porosity
0.22 %
-
Minimum roughness Ra
6.7 µm
-
Tolerance
±0.25 (≤15mm); ±0.5 (>15mm) mm
-
Layer height
-
Minimum detail achievable
0.6-0.8 mm
-
Min Dimension [X]
-
Max Dimension [X]
250 mm
-
Min Dimension [Y]
-
Max Dimension [Y]
250 mm
-
Min Dimension [Z]
-
Max Dimension [Z]
290 mm
-
Flexural strength
-
Degradation temperature
-
Flexural modulus
-
Flamability
-
Impact strength
-
Water absorption
-
Izod impact notched
-
Purity
99.95 %
-
Charpy impact
-
Electrical conductivity
99.6 %IACS
-
Glass transition temperature
-
Surface resistance
-
Heat deflection temperature 045 mpa
-
Volume resistivity
-
Heat deflection temperature 182 mpa
-
All uploads are secure and confidential