
Curated with aloha by
Ted Mooney, P.E. RET

The authoritative public forum
for Metal Finishing 1989-2025

-----
Density of liquid copper
2003
Hello everyone,
I am working in a project as a graduate student and I desperately need to know what is the density of pure copper in the liquid phase. It is not necessary to get the exact number.
Thank you in advance.
- Austin, Texas
For a good approximation, I would suggest you use the density of solid copper (8.933 g/cm3)

Trevor Crichton
R&D practical scientist
Chesham, Bucks, UK
2003
From Chemical Engineers Handbook
[adv: suggestions on
Amazon,
AbeBooks, or
eBay affil links]
, 7th Edn., Table 2-119. Densities (Kg/m3) of Selected Elements as a Function of Temperature: Some values for copper:
Cu(s): 8930 at 300 K, 8686 at 800 K, 8458 at 1200 K.
Cu(l): 7920 at 1400 K, 7600 at 1800K. Extrapolates to 7955 at 1356 K
(melting point).
- Goleta, California

Rest in peace, Ken. Thank you for your hard work which the finishing world, and we at finishing.com, continue to benefit from.
2003
Thanks, Ken! I thought Trevor's answer was excellent, but there is much more thermal expansion than my gut allowed for.
Regards,

Ted Mooney, P.E.
Striving to live Aloha
finishing.com - Pine Beach, New Jersey
2003
The density of molten copper at 1200 °C is near 7,898 g/cm3.
Gautam Variya- Ahmedabad - India
September 27, 2012
Q, A, or Comment on THIS thread -or- Start a NEW Thread