MIM-Cu (Copper)

MIM-Cu (Copper) is commonly used for its excellent thermal and electrical conductivity. Sintered copper parts can be treated like a wrought copper part in the annealed condition and can be machined, plated, brazed, crimped, or staked. MIM-Cu is often used for heat sinks, fuel cells, sensors, high-speed computer processor chips, and applications which require miniaturization, sophisticated design, and improved thermal management/electrical conductivity.

Mechanical Properties

Material Alloy Tensile Strength   Yield Strength (0.2%)   Impact Strength   Macro (apparent)   Macro (apparent)   Micro-Indentation (converted)   Young's Modulus   Poisson's Ratio   Elongation   Process
PSI x 103
PSI x 103
ft lb
HRB
HRC
Rockwell
Gpa
Ratio
% in 25.4mm
Additional MIM Materials
24
21
-
-
-
-
-
-
30

Physical Properties

Material Alloy Density   Process
lb/in3
Additional MIM Materials
0.307

Composition

Additional MIM Materials
% MIM-Cu (Copper)
Iron (max) -
Nickel (max) -
Molybdenum -
Silicon -
Carbon -
Chromium -
Cobalt -
Manganese -
Copper -
Niobium -
Aluminum -
Magnesium -
Titanium -
Zirconium -
RoHS Compliant

 

©2020 Optimim. All rights reserved

Last updated 12.11.2019