Page 94 - Manufacturing Engineering and Technology - Kalpakjian, Serope : Schmid, Steven R.
P. 94
1 0000 8000 Diamond Diamond
Cubic boron nitride
5000
4000 9_
3000 Corundum Boron carbide
3000
Titanium carbide
8_
2000 1400 Topaz
Tungsten carbide
7-
1100 Quartz Cementite
1 000 Hard chromium plate
900 1 000
800 900 100 6- D. cc Martensite
700 800 90 E 800 Orthoclase E Fully hardened tool steel
600 700 700 2000
500 600 600 Glass
500 5_
400 500 Apatite
400 Cold-drawn 0.5 C steel
400
300 Cold-drawn 0.25 C steel
300 4- 1000
40‘“ 300 Fluorite Titanium
200 200 Gray iron
200 Malleable iron
150 3_. Calcite 500 Annealed mild steel
150
1 00 100 70-30 brass
90 100 Gypsum Nickel
80
Pure iron
70
so
50 “ 50 Talc Bakelite
40 40
Zinc, gold, magnesium
3° 30
20' 20 Silver
Polystyrene
Pure aluminum
Vinyl resin
10 10 Graphite
9
7
Tin
5
5
Lead
4 4
3 3
2 2
1 1
I I
m >
EE
II!
dr:
as
gm
§;
N
5.
WUI
QQ
SD
§_.:
1.5"
gli
F1
30
gi
:xii
§C.'.
CS
50°
35
wa,
NO
R§
$5
*ia
O
5_2
l ga
Scleroscope
2%
FH;
FD
Y’
Z
af
f'f
R' MohsI
scale
3
a
Q-
S
I3
UO
FD
O
*N
Q
(steels)
UTS C/1
FT
O
"fx
F?
D'
(D
V1
O
&
FD
E”
UU
FD
O
SD
CI
V)
FD
O
"N
f'f
IT
FD