曝光台 注意防骗
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C.P. TITANIUM
ASTM B338
BAEM 4044(SL7)
MSRR 8609
AMS 4942
21-6-9
ASN-A3288/NSA384510
DAN 41
SO7-2210
BACM 157
AMS 5561
MSRR 6598
ABM 7-3058
NICKEL ALLOYS/NIMONICS
MSRR-6513 FV607
MSRR-7006 NIMONIC 75
MSRR-7037 C263
BSHR403 HTA75 (NIMONIC)
BSHR404 LEGIER. 263
MSRR6612 FV607
3AL 2.5V TITANIUM
ABS 5004
AMS 4943
AMS4944
AMS 4945
MBBN 6001-4
MSRR 8673
ABS 5141
STAINLESS STEEL
MSRR 6524 347
BS2T66/T67 347/321
BST68/T69 347/321
BST72/T73 347/321
AMS-T-6845 304
MIL-T-8808 321/347
AMS-5566 304
LN 9398 304/321/347
AMS-5643 17/4PH
AMS-5659 15/5PH
Lean Manufacturing
Fine Tubes have embraced the principals of lean manufacturing through a programme originating from the S.M.M.T.
and fully implemented by Messier Dowty Ltd (Groupe Safran).
Following on from previous initiatives such as 5-S and TPM our Lean Manufacturing Support Team is challenged with
realising cost down objectives using tools such as value stream mapping & SMED. Adding value extends not only to
our product engineering but to point-of-use readiness through kitting and J.I.T. type distribution.
Quality
Fine Tubes Grade Chart e 114 - aerospace
ALLOY
UNS No.
Werkstoff
Chemical Analysis % Density
Temper
Tensile Rm (min) Yield Rp 0.2% (min)
Elong.
%
min
Hardness
HV Application
C Mn Ni Cr Fe Mo Ti Nb N Al Other g/cm³ lb/in³ ksi MPa ksi MPa
304L
S30403 1.4306 0.035
max
2.0
max
8.0-
11.0
18.0-
20.0 bal 7.93 0.286 ANN 70 485 25 170 35 200 max Lower carbon of 304 with good weldability.
316L
S31603
1.4404 0.035
max
2.0
max
10.0-
13.0
16.0-
18.0 bal
2.0-
2.5 7.93 0.286 ANN 70 485 25 170 35 200 max
Better corrosion resistance than 304 in chloride
Good weldability.
1.4435 2.5-3 316L with minimum molybdenum content of 2.5%.
321
S32100 1.4541 0.080
max
2.0
max
9.0-
12.0
17.0-
19.0 bal 5XC
-0.600 7.93 0.286 ANN 75 515 30 205 35 200 max
Titanium stabilised grade with good weldability,
improved resistance to weld decay attack & better
mechanical properties at elevated temperatures.
347
S34700 1.4546 0.080
max
2.0
max
9.0-
12.0
17.0-
19.0 bal 10XC
-1.000 7.93 0.286 ANN 75 515 30 205 35 200 max As for 321 but uses niobium as stabilising element.
21\6\9
S21900
0.080
max
8.0-
10.0
5.5-
7.5
19.0-
21.5 bal 0.15-
0.40 8 0.289 CW 142-
162
979-
1117 120 827 16 250 min Good corrosion resistance, high mechanical
properties.
FV607
S64607
0.12-
0.16
0.5-
1.2
0.4-
0.9
10.0-
11.7 bal 0.7-
1.2
0.35
max
V 0.15-
0.3 7.7 0.278 HT 130-
152
900-
1050 107 740 8 290-349 Martensitic grade showing good creep resistance.
17/4PH
S17400 1.4542 0.070
max
2.0
max
3.0-
5.0
15.0-
17.5 bal 0.15-
0.45
Cu 3.0-
5.0 7.9 0.286 HT 155 1070 145 1000 5 300 min Capable of developing high mechanical properties
by solution treatment & age hardening.
15/5PH
S15500
0.070
max
1.0
max
3.50-
5.5
14.5-
15.5 bal 0.15-
0.45
Cu 2.5-
4.5 7.8 0.282 HT 155 1070 145 1000 12 331-401 Capable of developing high mechanical properties
by solution treatment and age hardening.
Alloy 75
N06075 2.4951 0.08-
0.15
1.0
max bal 18.0-
21.0
5.0
max
0.20-
0.60
Cu 0.5
max 8.37 0.303 ANN 100-
120
690-
830 46 300 30 230 max High temperature oxidation resistance.
Alloy 263
N07263
0.04-
0.08
0.6
Ma bal 19.0-
21.0
0.7
max
5.6-
6.1 1.9-2.4 0.3-
0.6
Co
19.0-
21.0
8.36 0.302 HT 140 970 90 620 39 250 min High creep strength with good weldability.
Alloy 600
N06600 2.4816 0.15
max
1.0
max
72.0
min
14.0-
17.0
6.0-
10.0
Cu 0.50
max 8.42 0.304 ANN 80 550 35 240 30 200 max Very good combination of strength & oxidation
resistance.
Alloy 625
N06625 2.4856 0.10
max
0.5
max bal 20.0-
23.0
5.0
max
8.0-
10.0
0.40
max
3.15-
4.15
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