Metals
Marks
. = punch mark
I = notch
spec. Weight
g/cm3
1.0330
-
Designation
Trade Name
Yield Strength N/mm2
resp. proof stress
1.0038
1.0330
Material
abbreviation
DIN EN 10 027-1
(DIN 17 006)
S235JRG2
DC01[FeP01]
Designation
to
AISI/ASTM/SAE
Material-No.
DIN EN 10 027-2
Steel/Iron
Hardness
HB
100-130
90-120
Temperature
Tensile
Range1)
0
Strength
C
N/mm2
from to
340-470 215 -40 +450
7,85
270-410 140 -10 +450
7,75
90-120
90-120
270-410 140
270-370 140
-60 +500
-40 +400
7,75
7,80
130-180
130-180
410-530 215 -60 +480
470-610 315 -110 +400
7,85
7,85
90-110
90-110
170-350 190 -60 +450
170-4006) 1906) -60 +450
7,85
7,85
130-170
130-180
450-600 240 -20 +350
520-720 210 -200 +5502)
7,70
7,90
I
IIII
130-180
120-170
520-670 220 -200 +550
520-670 220 -200 +550
7,95
7,95
.
120-170
130-190
520-670 220 -200 +550
500-700 200 -270 +5502)
7,98
7,90
....
130-190
130-190
500-700 200 -200 +550
520-670 220 -270 +550
7,90
7,98
IIIII
III
130-220
130-220
500-750 230 -110 +8003)
500-750 210 -110 +8504)
7,90
8,00
.....
Structural steel
A 570 Gr. 36
Structural steel
A 366
DC01[FeP01]
(St-special steel)
Steel, zinc-plated by electrolysis
A 366
Steel aluminium-plated
-
1.0425
1.0566
P265GH
P355NL1
Pressure vessel steel
-
Fine grained steel
-
1.1003
-
(M2/Armco)
Stw24 modified5)
Pur iron e.g. Armco
Soft-Iron
Soft iron
Soft-Iron
1.4016
1.4301
X6Cr17
X5CrNi18-10
Stainless steel
430
Stainless steel
304 (304H)
1.4401
1.4404
X5CrNiMo17-12-2
X2CrNiMo17-12-2
Stainless steel
316
Stainless steel
316L
1.4435
1.4541
X2CrNiMo18-14-3
X6CrNiTi18-10
Stainless steel
316L
Stainless steel
321
1.4550
1.4571
X6CrNiNb18-10
X6CrNiMoTi17-12-2
Stainless steel
347
Stainless steel
316Ti
1.4828
1.4876
X15CrNiSi20-12
X10NiCrAlTi32-21
Heat-resistant steel
309
Heat-resistant steel
Incoloy 800
B 408, B 409
1.5415
16Mo3
Heat-resistant
pressure vessel steel
A 204
Gr. A / 4017
140-170
440-590 260
-20 +530
7,85
.
1.7335
13CrMo4-5
Heat-resistant structural steel
F12
150-180
440-590 275
-60 +560
7,85
..
1.7362
12CrMo19-5
Steel,res. to hydrogen u. pressure F5
170-220
590-740 390
-40 +650
7,85
I
1.7380
(12CrMo195)
10CrMo9-10
Modified for RTJ
similar F5
Heat-resistant structural steel
A 182 - F22
120-140 590-7406) 3906) -40 +650
130-180 470-620 270 -40 +590
7,85
7,85
Temperature
Range1)
0
C
from to
spec. Weight
g/cm3
Yield Strength N/mm2
resp. proof stress
Designation
to
AISI/ASTM/SAE
Material-No.
Non-Ferrous Metals
Hardness
HB
*HV
Tensile
Strength
N/mm2
35-70
35-70
200-250
200-250
90 -270 +350
90 -270 +350
8,93
8,94
290-370 140 -200 +300
340-400 140 -60 +600
8,44
8,90
Marks
x= notches
Material
abbreviation
Designation
Trade Name
(2.0060)
(2.0090)
E-Cu 57
SF-Cu
Copper
-
Copper
-
(2.0321)
2.4060
CuZn 37
Ni 99,6
Brass “Ms63”
-
Nickel 99,6
-
60-100
80-150
2.4066
Ni 99,2
Nickel 99,2
alloy 200
N 162,
80-150
380-450 160
-60 +600
8,90
x
2.4360
NiCu 30 Fe
Monel 460
Niccorros, Silverin
B 127,
alloy 400
100-160
450-580 200
-60 +500
8,88
xx
2.4816
NiCr 15 Fe
Inconel 600
B 168
140-200
550-800 200
-60 +600
8,42
EN AW-1050A
EN AW-AL 99,5
Aluminium
-
20-45
50 -250 +300
2,70
EN AW-5754
Alu-alloy series 5000
-
3.7025
EN AW-AL Mg3
Ti 99,8
Titanium I
B 348 Gr. 1
52-87
110-160
190-290 80 -250 +300
290-410 180 -60 +300
2,70
4,50
3.7035
-
T 99,7
Ag 99,97
Titanium II
B 348 Gr. 2
Pure silver
-
120-180
25-45*
390-540 250 -60 +350
150-250 25 -270 +750
4,50
10,50
-
Ag 99,85 Ni 0,15
Fine grained silver
-
45-65*
180-300
10,50
65-150
1) The effect of medium and stress-conditions is of great significance in the temperature stability.
2 up to 4) Heat or scale-resistant: 2) up to 850 0C; 3) up to 1000 0C; 4) up to 1150 0C
5) Modification of material 1.0335 DD13 according DIN EN 10111; 6) Maximum value at the given hardness.
55 -270 +750
Materials in Current Use
Materials in Current Use
501XX.X
502XX.X
502XX.X
502XX.X
503XX.X
503XX.X
503XX.X
504XX.X
505XX.X
506XX.X
507XX.X
507XX.X
508XX.X
509XX.X
NR
NBR
NBR DVGW/KTW
HNBR
EPDM Peroxid
EPDM Schwefel
EPDM KTW
CR
CIIR
CSM
FKM
TFEP
VQM rot
ACM
PTFE
TFM 1600
TFM 4105 25% glas fiber
Designation
Trade Name
Shore
Hardness Tensile
A
Strength
*D
N/mm2
PerbunanN®, BunaN®
PerbunanN®, BunaN®
Therban®, Zetpol®
BunaAP®, Nordel®
BunaAP®, Nordel®
BunaAP®, Nordel®
Baypren®, Neoprene®
EssoChlorbutyl®
Hypalon®
Viton®, Fluorel®, Tecnoflon®
Aflas®
Silopren®
Poly-Acrylate, Vamac®
5
5
5
5
5
5
5
5
5
5
5
5
5
5
Teflon®, Hostaflon®,
Agoflon®
without housing
8-10
with housing 60
Natural rubber
40-90
40-90
80+5
50-80
40-90
40-90
70+5
40-90
40-90
45-90
60-85
60-90
40-80
45-90
55-60*
57-60*
61-63*
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
20-28
30-32
15-17
spec. Weight
g/cm3
Material
abbreviation
maximum
surface pressure at
room temperature
N/mm2
Non-Metalic
Rubber/Plastics
Material
-No.
Materials in Current Use
Materials in Current Use
<1,2
<1,2
<1,2
<1,2
<1,1
<1,1
<1,2
<1,2
<1,2
<1,2
<2,0
<1,5
<1,4
<1,2
2,14-2,19
2,14-2,19
2,22-2,25
Temperature
Range1)
0
C
from to
-50
-30
-30
-30
-40
-40
-40
-40
-40
-40
-20
-10
-60
-25
-250
-250
-250
+80
+100
+100
+150
+130
+110
+110
+100
+100
+120
+205
+205
+200
+150
+260
+260
+260
technical data of further compounds on request
1) The effect of medium and stress-conditions is of great significance in the temperature stability.
® trade marks: Bayer = HNBR®; Therban®, Perbunan®; Baypren®; Silopren® • Dupont = Neoprene®; Nordel®; Hypalon®; Viton®; Vamac®; Teflon® • Exxon
= EssoButyl® • Dyneon = Hostaflon® • Hüls = BunaN®; BunaAP® • Ausimont = Tecnoflon®; Algoflon® • Dyneon-Fluoroelastomer/Aflas® • Nippon Zeon =
Zetpol®
spec. Weight
g/cm3
Designation
Trade Name
maximum
surface pressure at
room temperature
N/mm2
Material
abbreviation
All information and technical descriptions contained in this brochure correspond to our state of knowledge at the time of the
printing. They are intended as information about our products and their various applications.
Therefore, we will only guarantee certain attributes described in the brochure or the suitability for actual intended purposes
according to a written express warranty in the actual individual case. Any industrial proprietary rights must be observed. Orders
will only be accepted and completed under our standard terms and conditions, which we will make available on request.
Graphite
Temperature
Range1)
0
C
from to
0,7 (1,0)
1,2 - 1,6
-200 +500
-200 +550
2)
1,4 - 1,8
-200 +550
roll, cut
80
0,7 (1,0)
-200 +500
sheet, cut
12
0,7 (1,0)
-200 +500
120
0,7 (1,0)
1,4 - 1,8
-200 +500
-200 +550
1,0
1,0
-200 +500
-200 +500
delivery style
80
flat gaskets
C 98,0
C 99,8
C 98,0
C 99,8
C 98,0
C 99,8
RivaTherm
RivaTherm-foil
RivaTherm-Super
packing rings
2)
cover plate gaskets
flat gaskets
anti extrusions ring
C 98,0
RivaTherm-Super
with tanged metal
reinforcement
2)
140
140
sheet, cut
flat gaskets
1) The effect of medium and stress-conditions
is of great significance in the temperature
stability. Values are valid for contact with
the oxygen of the air.
2) The maximum surface pressure depends
on assembling design.
Others
Designation
Maximum
Temperature 0C1)
FA*
150
Mica
600
insulant felt
Cork
-200 bis +1000
60
max. 1200
max. 100
Abil
Merino
wool felt
Hard
fabric
Paper
Board
Vulcanized
fiber
80
90
150
80
100
Fiber material
*) FA = Fiber sheet free of asbestos
1) The effect of medium and stress-conditions is of great significance in the temperature stability.
kempchen & Co. GmbH
Alleestr.4 • D-46049 Oberhausen
Tel.: ++49 208 8482-0 • Fax ++49 208 8482-285
E-mail: info@kempchen.de
URL: www.kempchen.de
Gaskets • Packings • Expansion Joints • Rubber and Plastic Parts
208e/03030002