Principal sinters produced by CELSIA

Sinters W/Cu base (infiltrated materials)
Code Composition
%
Density
g/cm3
Conductibility
% IACS
Thermal
Conduct.
w/mk
Brinell
Hardness
2,5 - 187,5
Rockwell
hardness
Diamond
Kg. 60 HR A
Powder
grading
µM
Softening
temperature
°C
Thermal
expansion
coeff.
10-6 1/°C
K0/0 70 W - 30 Cu 14,20 - 14,40 50 - 55 210 180 - 190 55 - 56 4 - 6 µ 920 11
K0/1 75 W - 25 Cu 14,85 - 15,05 46 - 50 200 200 - 210 57 - 58 4 - 6 µ 940 10
K0/2 77 W - 23 Cu 15,15 - 15,40 44 - 46 190 210 - 220 58 - 59 4 - 6 µ 960 8
K0/3 80 W - 20 Cu 15,50 - 15,70 43 - 45 185 210 - 225 58 - 59,5 4 - 6 µ 980 7
 
Sinters W/Ag base (infiltrated materials)
Code Composition
%
Density
g/cm3
Conductibility
% IACS
Thermal
Conduct.
w/mk
Brinell
Hardness
2,5 - 187,5
Rockwell
hardness
Diamond
Kg. 60 HR A
Powder
grading
µM
Softening
temperature
°C
Thermal
expansion
coeff.
10-6 1/°C
WG2 70 W - 30 Ag 15,20 - 14,40 55 - 58 180 170 - 180 53,5 - 55 4 µ 800 11
WG3 80 W - 20 Ag 16,30 - 16,50 46 - 48 157 220 - 230 59 - 60 4 µ 900 8
WG4 75 W - 25 Ag 15,70 - 15,90 53 - 55 167 200 - 210 57 - 58 4 µ 850 10
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