Ugiweb 913082
Ugiweb 913082
Ugiweb 913082
Contents
Special offers 57
Document not contractually binding. See disclaimers at back cover page of this document. Contents | 3
Stainless steel families
Martensitic stainless steels
4 | Contents Document not contractually binding. See disclaimers at back cover page of this document.
Specialty markets, grades under surveillance
Numerical
Market Brand name Symbolic designation AISI / ASTM Page
designation
ABC Market UGI® 4462 cold worked X2CrNiMoN 22-5-3 1.4462 F51 63
ABC Market UGIGRIP 4362®
X2CrNiN 23-4 1.4362 67
ABC Market UGIGRIP® 4462 X2CrNiMoN 22-5-3 1.4462 68
Nuclear UGI 4006A
®
X12Cr13 1.4006 410 72
Nuclear UGI® 4542Q/4542QHP X5CrNiCuNb16-4 1.4542 630 73
Nuclear UGI 4418Q
®
X4CrNiMo16-5-1 1.4418 74
Nuclear UGI 4307Q/4307QHP
®
X2CrNi18-9 1.4307 304/304L 75
Nuclear UGI® 4550Q X6CrNiNb18-10 1.4550 347 76
Nuclear UGI 4909HP / 4909
®
X2CrNiMo17-12-2 1.4909 316/316L 77
Nuclear UGI® 4944 X6NiCrTiMoVB25-15-2 1.4944 660 78
Aerospace/Defence UGI 4028W
®
X30Cr13 1.4028 420 82
Aerospace/Defence UGI® 4057G / 4057 X15CrNi17-03 1.4057 431 83
Aerospace/Defence UGI 4418Q/4418QMN
®
X4CrNiMo16-5-1 1.4418 84
Aerospace/Defence UGI® 17-4PH AIR / UGI® 4542 AIR X5CrNiCuNb16-4 1.4542 630 85
Aerospace/Defence UGI 17-4PH AIR / UGI 4542 AIR
® ®
X5CrNiCu17-4 1.4542/1.4548 630 86
Aerospace/Defence UGI® 15-5PH AIR / UGI® 4545 AIR X5CrNiCu15-5 1.4542/1.4545 87
Aerospace/Defence UGI 4307QHP/4307Q
®
X2CrNi18-9 1.4307 304/304L 88
Aerospace/Defence UGI® 4541Q X6CrNiTi18-10 1.4541 321 89
Aerospace/Defence UGI 4550Q
®
X6CrNiNb18-10 1.4550 347 90
Aerospace/Defence UGI 4909HP / 4909
®
X2CrNiMo17-12-2 1.4909 316/316L 91
Aerospace/Defence UGI® 4944 X6NiCrTiMoVB25-15-2 1.4944 660 92
Aerospace/Defence NC35A/35NC6 35NiCr6 1.5815 93
Medical UGI® 4441HP X2CrNiMo18-15-3 1.4441 96
Medical UGIMA 4542
®
X5CrNiCuNb16-4 1.4542 630 97
Medical UGI® 4057G / 4057 X17CrNi16-2 1.4057 431 98
Medical UGI 4028W
®
X30Cr13 1.4028 420 Please consult us
Medical UGI® 4021 X20Cr13 1.4021 420 Please consult us
Medical UGI 4418
®
X4CrNiMo16-5-1 1.4418 Please consult us
Watch industry UGI® 4435 ICH X2CrNiMo18-14-3 1.4435 316L 102
Oil and Gas UGI 4006/ UGI 4006A
® ®
UNS S41000 1.4006 410 Please consult us
Oil and Gas UGI 4021
®
UNS S42000 1.4021 420 Please consult us
Oil and Gas UGI® 4028 UNS S42020 1.4028 420 Please consult us
Oil and Gas UGI 4307
®
UNS S30403 1.4307 304L Please consult us
Oil and Gas UGI® 4404 UNS S31603 1.4404 316L Please consult us
Oil and Gas UGI 4410
®
UNS S32750 1.4410 F53 Please consult us
Oil and Gas UGI® 4418 1.4418 Please consult us
Oil and Gas UGI 4460
®
UNS S32900 1.4460 329 Please consult us
Oil and Gas UGI® 4462 UNS S31803/S32205 1.4462 F51 Please consult us
Oil and Gas UGI 4507
®
UNS S32550 1.4507 F61 Please consult us
Oil and Gas UGI® 4511 X3CrNb17 1.4511 430 Please consult us
Oil and Gas UGI 4539
®
UNS N08904 1.4539 904 L Please consult us
Oil and Gas UGI 4542
®
UNS S17400 1.4542 630 Please consult us
Document not contractually binding. See disclaimers at back cover page of this document. Contents | 5
Machinability technical support
Our experts are available to help you worldwide. They can pro- “Not only has the latest-generation UGIMA® HM enabled those
vide you with information and help you optimize your cutting customers that have chosen it to further increase their pro-
conditions and/or perform servicing on your machines. ductivity (even 10% to 20% better than UGIMA®), but it has
also increased tool life (by two to five times, depending on the
Customer testimonials case).” Tornos
“UGIMA®: “turbo stainless steel’, “the machinability champion”…
Our engineers know this, our employees say so… and our cus- The UGIMA® solution and Ugitech’s technical support
tomers testify to its efficiency in writing!”, “Thanks to UGIMA ® are unmatched in the industry!
steels and their reproducibility, I no longer need to change my
cutting parameters!” Contact us
machining.support@ugitech.com
Validated performance levels
UGI 4057 (QT800)
®
UGI® 4305
UGIMA®-X 4305
UGIMA 4305HM
Chip breakability
UGI® 4057 (QT800)
UGIMA® 4057 (QT800)
UGI® 4028 (QT800)
UGIMA® 4028 (QT800)
UGI® 4021 (QT800)
UGIMA® 4021 (QT800)
UGI® 4005 (QT800)
UGIMA® 4005 (QT800)
UGI® 4104 (QT800)
UGIMA® 4104 (QT800)
UGI® 4511
UGIMA® 4511
UGIMA® 4460
UGI® 4362
UGIMA® 4362
UGI® 4404
UGIMA®-X 4404
UGIMA® 4598
UGI® 4301
UGIMA® 4301
UGI® 4307
UGIMA®-X 4307
UGIMA® 4307 HM
UGI® 4305
UGIMA®-X 4305
UGIMA-4305 HM
0 10 20 30 40 50 60
Number of chip breaking conditions out of 56 tested (ap = 0.5 to 4 mm; f = 0.1 to 0.4 mm/rev.)
Document not contractually binding. See disclaimers at back cover page of this document. Contents | 7
A growing range of UGIMA® and UGIMA®-X grades
The FG grades are intended for hot forging and light cold working.
8 | Contents Document not contractually binding. See disclaimers at back cover page of this document.
Machining made easy!
The UGIMA® and UGIMA®-X grades can: All this is achieved while improving chip breakability and the
–– increase productivity by between 10% and 50%, surface condition of parts.
depending on the grade1;
–– significantly increase tool service life2; With these grades, this real feat (level of performance) can be
–– provide performance levels that can be repeated from one achieved on all types of machines and tools.
batch to another.
1 : with the same tool
Cost of components Cost of components service life
with a standard grade with an UGIMA® grade 2 : after optimization of
cutting conditions
(€/component)
(€/component)
4
3
4
3
6
1: Material cost
2: Machine cost
6
3: Cutting-tool cost
4: Component cost =
5
Cost of material
+ tools
5
+ machine
2 1
5: Selected speed
2
1
6: Final component cost
Usage value
Document not contractually binding. See disclaimers at back cover page of this document. Contents | 9
Properties of Ugitech long stainless steel products
Drawn bars Turned bars
EN 10088-3 EN 10088-3
Reference standard
2H 2B
Size range 1 to 28 mm 22 to 55 mm
50% TI 50% TI
Roundness
On request: 30% of TI On request: 30% of TI
Mechanical properties According to grade, size and hardening requirement According to grade and size
Ends 1 chamfered/1 pointed; other finishes on request 2 chamfers; other finishes on request
Bars –– Sanitation
10 | Contents Document not contractually binding. See disclaimers at back cover page of this document.
Notes
Document not contractually binding. See disclaimers at back cover page of this document. Contents | 11
MARTENSITIC STAINLESS STEELS
Martensitic stainless steels
UGI® 4029 19
UGI® 4418 21
Document not contractually binding. See disclaimers at back cover page of this document. Martensitic stainless steels | 13
Martensitic stainless steels
300
UGIMA®4005
250
Turning speed (m/min.)
200 UGIMA®4006
UGI®4005 UGIMA®4362
UGI®4029
150 UGIMA®4028
UGI®4006 UGIMA®4057
UGI®4021 UGIMA®4542
UGI 4028
®
100 UGI®4418
UGI®4057
UGI®4542
50
0
- Corrosion resistance +
+
Duplex
Austenitic
Corrosion resistance
Cold-worked
Ferritic Martensitic
Annealed Treated
-
14 | Martensitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
MARTENSITIC STAINLESS STEELS
UGIMA® 4005/UGI® 4005
Description Heat treatment
–– Stainless steel with 13% chromium Tempering curves
Properties
–– Screw machining stainless steel with 13% chromium used
in relatively unaggressive environments and which can be
optimized by the UGIMA® process without impairing its
mechanical and corrosion resistance properties. Tempering temperature
Indicative mechanical properties after quenching in oil at 950°C
–– Increased productivity, longer service life of plates/drill bits and tempering for 2 hours
and above all the uniformity of delivered batches making
it possible to keep the same cutting parameters for each
Corrosion resistance
batch.
–– Corrosion resistance is adversely affected by a high
sulphur content compared with martensitic stainless steels
Fields of application with 13% Cr (such as 4021), particularly in environments
–– Mechanical engineering, transport, electronic equipment. conducive to pitting or crevice corrosion.
–– Machined parts, screw machining.
Document not contractually binding. See disclaimers at back cover page of this document. Martensitic stainless steels | 15
UGIMA® 4006/UGI® 4006
Description Heat treatment
–– Martensitic stainless steel with 13% chromium Tempering curves
16 | Martensitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
MARTENSITIC STAINLESS STEELS
UGIMA® 4021/UGI® 4021
Description Heat treatment
–– Martensitic stainless steel with 13% chromium Tempering curves
Properties
–– In the treated state, a martensitic grade combining
excellent mechanical properties with good corrosion
resistance on suitably polished surfaces in moderately
aggressive non-chlorinated environments.
Tempering temperature
–– Good resistance in oxidizing atmosphere up to 600°C. Indicative mechanical properties after quenching in oil at 950°C
–– UGIMA® grade produced according to an Ugitech process and tempering for 2 hours
to significantly improve its machinability, up to diameter
115 mm. Corrosion resistance
–– Atmospheres, fresh waters (check water analysis).
Fields of application Oxidizing saline solutions free of chlorides, fluorides,
–– Mechanical engineering, oil and petrochemicals industry, iodides, bromides, etc. Cold diluted nitric solutions.
food and food processing industry, decoration and
–– Certain cold diluted organic acids: picric, tannic, lactic,
household appliances, transport and cutlery: shafts,
etc.
pistons, liners, valves, nuts and bolts, etc.
–– Non-corrosive products such as: alcohol, benzol,
petroleum, oil, soap, etc.
Turned
700/900 ≥ 500 ≥ 25 J ≥ 12
Dia. 40.01 to 63 mm
Document not contractually binding. See disclaimers at back cover page of this document. Martensitic stainless steels | 17
UGIMA® 4028/UGI® 4028
Description Heat treatment
–– Stainless steel for treatment with 13% chromium Tempering curves
Properties
–– In the treated state, a martensitic grade combining
excellent mechanical properties with good corrosion
resistance on suitably polished surfaces in moderately
aggressive non-chlorinated environments.
Tempering temperature
–– UGIMA® grade produced according to an Ugitech process Indicative mechanical properties after quenching in oil at 950°C
to significantly improve its machinability (15% to 25% and tempering for 2 hours
increase in productivity), up to diameter 115 mm.
Corrosion resistance
Fields of application –– Atmospheres, fresh waters (check water analysis).
–– Moulds for PVC products and glassware. Oxidizing saline solutions free of chlorides, fluorides,
iodides, bromides, etc.
–– Mechanical engineering, transport, electronic equipment,
decoration and household appliances, cutlery: shafts, –– Cold diluted nitric solutions.
pistons, liners, valves, nuts and bolts, etc.
–– Certain cold diluted organic acids: picric, tannic, lactic,
–– Cutting tools. etc.
–– Non-corrosive products such as: alcohol, benzol,
petroleum, oil and soap.
UGIMA®4028
Turned & polished Dia. 30 to 40 mm h10 < 1 mm/m
UGI® 4028
Treated QT 850
Rolled & descaled Dia. 22 to 115 mm k13 < 1 mm/m
UGI® 4028 Rolled & descaled Dia. 120 to 300 mm k13 < 1.5 mm/m
18 | Martensitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
MARTENSITIC STAINLESS STEELS
UGI® 4029
Description Heat treatment
–– Stainless steel with 13% chromium Tempering curves
Properties
–– A screw machining grade, UGI® 4029 is a martensitic
steel whose machinability is improved by the addition
of sulphur. Recommended for machined parts with
high mechanical properties, it will be used in relatively
unaggressive environments (oils, greases, cold detergents, Tempering temperature
etc.). Indicative mechanical properties after quenching in oil at 950°C
and tempering for 2 hours
Fields of application
Corrosion resistance
–– Mechanical engineering, transport, food and food
processing industry, defence, oil and petrochemicals –– Corrosion resistance is adversely affected by a high
industry, electronic equipment: sulphur content compared with martensitic stainless steels
with 13% Cr (such as 4021), particularly in environments
–– Machined parts, screw machining. conducive to pitting or crevice corrosion.
Document not contractually binding. See disclaimers at back cover page of this document. Martensitic stainless steels | 19
UGIMA® 4057/UGI® 4057
Description Heat treatment
–– Martensitic stainless steel, chromium-nickel Tempering curves
Properties
–– Is required when chromium martensitic steels prove
insufficient in terms of toughness or corrosion resistance.
Tempering temperature
–– Good heat conduction. Low expansion. Suitable for Indicative mechanical properties after quenching in oil at 950°C
polishing. and tempering for 2 hours
–– Keeps a good hot surface condition. Mechanical strength
up to 600°C. For descaling, please consult us. Corrosion resistance
–– UGIMA grade developed according to Ugitech process
® –– Corrosion resistance mid-way between that of type
in order to significantly improve its machinability (15% to 1.4016 ferritic steels (AISI 430) and that of type 1.4301
25% increase in productivity), up to diameter 115 mm. austenitic steels (AISI 304).
Fields of application
–– Mechanical engineering, chemicals industry, oil and
petrochemicals industry, transport, aerospace, defence,
offshore.
20 | Martensitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
MARTENSITIC STAINLESS STEELS
UGI® 4418
Description Heat treatment
–– Martensitic stainless steel, chromium-nickel-molybdenum Tempering curves
Properties
–– Offers excellent corrosion resistance in aggressive
environments together with high mechanical properties,
especially impact strength. Recommended in cryogenics. Tempering temperature
Indicative mechanical properties after quenching in oil at 950°C
Fields of application and tempering for 2 hours
≥ 60 J
Rolled & descaled
900/1,100 ≥ 700 (transverse ≥ 14
Dia. > 160
direction)
Document not contractually binding. See disclaimers at back cover page of this document. Martensitic stainless steels | 21
UGIMA® 4542/UGI® 4542
Description Fields of application
–– Precipitation hardening martensitic stainless steel –– Food processing industry, petrochemicals, nuclear,
surgery, mechanical engineering, offshore, ABC market,
–– EN 10088-3: 1.4542 – X5CrNiCuNb16-4 – EN 10088-5 transport, chemicals, etc.
– ASTM A564 / A564M Grade 630 – UNS S17400 NACE
MR0175 / ISO 15156-3 (applicable only on the “H1150D
Corrosion resistance
double tempering” state)
–– Excellent corrosion resistance similar to that of austenitic
stainless steels of the 18Cr-8Ni type and even higher, in
Average composition (%) some cases, due to its high copper content.
C ≤ 0.07; Cr = 16; Ni = 4; Cu = 4
–– This steel structure makes it insensitive to intergranular
Properties corrosion and highly resistant to fatigue corrosion and
stress corrosion.
–– UGIMA® 4542 contributes a new technological
breakthrough which provides major advantages –– It also offers excellent resistance to erosion corrosion
compared with the 1.4542 grade. due to the combination of high mechanical properties
and corrosion resistance.
–– The productivity gains obtained are between 20% and 30%.
–– Its properties according to its metallurgical state make it a
response to both high mechanical strength requirements
and applications requiring high impact strength.
Metallurgical state
UTS (MPa) YS (MPa) KV + 20 °C KV - 50 °C E (%) Z (%) HB
EN 10088-3 ASTM
AT A ≤ 1200 ≤ 360
Solution treated
Rolled & descaled Dia. 22 to 55 mm k13 < 1 mm/m
Condition A
UGIMA 4542
®
Age-hardened
Rolled & descaled Dia. 25 to 55 mm k13 < 1 mm/m
UGI® 4542 H1150 / P930
Solution treated
Rolled & descaled Dia. 120 to 250 mm k13 < 2 mm/m
Condition A
UGI 4542
®
Double aged H1150D,
Rolled & descaled Dia. 120 to 200 mm k13 < 2 mm/m
P930-capable
SMQ = Screw Machining Quality
22 | Martensitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
MARTENSITIC STAINLESS STEELS
Notes
Document not contractually binding. See disclaimers at back cover page of this document. Martensitic stainless steels | 23
FERRITIC STAINLESS STEELS
Ferritic stainless steels
UGIMA® 4511 27
UGI® 4105 29
UGI® 4114 30
UGI® 4763 31
Document not contractually binding. See disclaimers at back cover page of this document. Ferritic stainless steels | 25
Ferritic stainless steels
500 UGIMA®4105
UGIMA®4104
450
UGIMA®4511
400 UGI®4105
UGI®4511
UGI®4104
Turning speed (m/min.)
350
UGI®4114
300 UGI®4763
250
200
150
100
50
0
- Corrosion resistance +
+
Duplex
Austenitic
Corrosion resistance
Cold-worked
Ferritic Martensitic
Annealed Treated
-
26 | Ferritic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
FERRITIC STAINLESS STEELS
UGIMA® 4511
Description –– Its ferritic structure provides it with excellent ferromagnetic
–– Ferritic stainless steel with 17% chromium properties, good resistance to oxidation (in particular to
thermal cycles) and a coefficient of expansion similar to
–– EN 10088-3: 1.4511 – X3CrNb17 – AISI 430 that of a carbon steel.
UGIMA® 4511 Turned & polished SMQ Dia. 22 to 55 mm h10 < 0.5 mm/m
Annealed
Turned & polished Dia. 55 to 76 mm h10 < 1.2 mm/m
Document not contractually binding. See disclaimers at back cover page of this document. Ferritic stainless steels | 27
UGIMA® 4104/UGI® 4104
Description Fields of application
–– Ferritic stainless steel with 17% chromium –– Transport, electronic equipment, food and food processing
industry, decoration, household appliances and office
–– EN 10088 – 1.4104 – X14CrMoS17 systems.
28 | Ferritic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
FERRITIC STAINLESS STEELS
UGI® 4105
Description Fields of application
–– Ferritic stainless steel with 17% chromium –– Transport, electronic equipment, food and food processing
industry, decoration, household appliances and office
–– EN 10088-3: 1.4105 – X6CrMoS17 – AISI 430F – systems.
ASTM A582/A582M – ASTM F899
–– Machined parts, screw machining.
Average composition (%)
C ≤ 0.08; Cr = 17; Mo = 0.4; S = 0.25 Corrosion resistance
–– Approximately the same as for ferritic stainless steels with
Properties 17% chromium of the AISI 430 type, although its corrosion
–– Screw machining stainless steel with 17% chromium used resistance is adversely affected by its high sulphur
in relatively unaggressive environments and which can content, particularly in environments conducive to pitting
be optimized by UGIMA® process without impairing its or crevice corrosion.
mechanical and corrosion resistance properties.
Document not contractually binding. See disclaimers at back cover page of this document. Ferritic stainless steels | 29
UGI® 4114
Description Fields of application
–– Ferritic stainless steel –– Transport, electronic equipment, mechanical engineering,
food and food processing industry, decoration and
–– 1.4114 – X6CrMoS19-2 – UGV 182 – ASTM A582/A582M household appliances.
– AISI 303
–– Machined parts, screw machining, whenever amagnetism
Average composition (%) is not required: nuts and bolts, screws, couplings,
C ≤ 0.08; Cr = 18; Mo = 2; S = 0.25 miscellaneous shafts; etc.
30 | Ferritic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
FERRITIC STAINLESS STEELS
UGI® 4763
Description Fields of application
–– Ferritic stainless steel –– Parts and accessories for heat treatment furnace
and quenching baths. Solenoid valve components.
Average composition (%)
C ≤ 0.05; Cr = 24; N = 0.05
Properties
–– Ferritic steel with a high chromium content used in
high-temperature applications from 800°C to 1100°C,
offering good resistance to cyclic oxidation.
Standards
AISI 446 A
Document not contractually binding. See disclaimers at back cover page of this document. Ferritic stainless steels | 31
AUSTENITIC STAINLESS STEELS
Austenitic stainless steels
UGI® 4305 35
UGIMA®-X 4305 36
UGIMA® 4305HM 37
UGIMA® 4570 38
UGIMA® 4567 39
UGIMA®-X 4307 40
UGIMA® 4307 HM 41
UGIMA®-X 4404 43
UGIMA® 4598 45
UGI® 4404FGX3 46
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 33
Austenitic stainless steels
UGIMA®-X 4305
600 UGIMA 4305HM
Turning speed (m/min.)
500
400
UGI® 4305 UGIMA® 4598
UGIMA® 4567
UGIMA® 4307HM
UGIMA 4541
® UGIMA®-X 4404
300 UGIMA®-X 4307
UGI® 4541 UGIMA® 4435ICH
UGI® 4404 UGIMA® 4571
UGI® 4571
200 UGI® 4435
100
0
- Corrosion resistance +
+
Duplex
Austenitic
Corrosion resistance
Cold-worked
Ferritic Martensitic
Annealed Treated
-
34 | Austenitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
AUSTENITIC STAINLESS STEELS
UGI® 4305
Description Fields of application
–– 18/8 austenitic stainless steel –– Transport, electronic equipment, mechanical engineering,
decoration and household appliances.
–– EN 10088-3: 1.4305 – X8CrNiS18-9 – EN 10088-5
– AISI 303 – ASTM A582/A582M –– Machined parts, screw machining, nuts, couplings, etc.
Drawn, Turned
or Polished ground 500/850 ≥ 190 ≥ 20 ≤ 262
Dia. 16.01 to 63 mm
UGI® 4305 Solution treated
UGI® 4305 Solution treated Rolled & descaled Dia. 40 to 55 mm k13 < 1 mm/m
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 35
UGIMA®-X 4305
Description –– Productivity gains of 50% can be obtained by comparison
–– 18/8 austenitic stainless steel with the standard 1.4305 grade.
–– EN 10088-3: 1.4305 – X8CrNiS18-9 – EN 10088-5 – –– For parts working under high pressure with thin walls,
AISI 303 – ASTM A582/A582M Ugitech recommends using non-resulphurized grades.
Drawn
UGIMA®-X 4305 Solution treated or Polished ground 550/850 ≥ 360 ≥ 20 ≤ 262
Dia. 16.01 to 28 mm
UGIMA®-X 4305 Solution treated Turned & polished SMQ* Dia. 42 mm h9 < 0.5 mm/m
36 | Austenitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
AUSTENITIC STAINLESS STEELS
UGIMA® 4305HM
Description –– For small diameter parts or where cutting speeds cannot
–– 18/8 austenitic stainless steel, sulfur be very high, it is preferable to use UGIMA 4305HM
compared to UGIMA®-X 4305. On the other hand, its
–– EN 10088-3: 1.4305 – X8CrNiS18-9 – EN 10088-5 – sulfur content being higher than in UGIMA®-X 4305, the
AISI 303 – ASTM A582/A582M risks of cold taper are higher with this grade than with
UGIMA® -X4305.
Average composition (%)
–– For high pressure parts with thin walls, Ugitech
C ≤ 0.07; Cr = 18; Ni = 9; S = 0.25 – 0.35 recommends the use of non-resulfurized grades.
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 37
UGIMA® 4570
Description Fields of application
–– Austenitic stainless steel –– Transport, electronic equipment, decoration and
household appliances.
–– EN 10088-3: 1.4570 – X6CrNiCuS18-9-2 – AISI 303Cu
–– Screw machining. Excellent knurling and deep drilling
Average composition (%) behaviour.
C ≤ 0.08; Cr = 18; Ni = 9; S = 0.25; Cu = 1.6
Corrosion resistance
Properties –– Like for all resulphurized stainless steels, one should be
reserved regarding its corrosion resistance in environments
–– This is currently the stainless steel offering the best conducive to pitting and crevice corrosion (acid and
machinability thanks to the remarkable synergy existing chlorinated environments).
between the UGIMA® process and the sulphur and copper
alloy additions: it enables productivity to be increased by –– Parts’ design should take this into account, avoiding
approximately 50% by comparison with a standard 1.4305 regions of corrosive product retention and stagnation.
steel. On the other hand, this screw machining grade is
compatible with lubricants, oils and greases normally
used in general and automotive mechanical engineering
operations and applications.
38 | Austenitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
AUSTENITIC STAINLESS STEELS
UGIMA® 4567
Description Fields of application
–– Austenitic stainless steel –– Mechanical engineering, chemicals industry, offshore,
electronic equipment, food and food processing industry,
–– EN 10088-3 : 1.4567 – X3CrNiCu18-9-4 – EN 10088-5 – decoration and household appliances
AISI – 304Cu
–– Screw machining: motor shafts, inserts, rivets, screws and
Average composition (%) nuts, gas couplings, etc.
C ≤ 0.04; Cr = 18; Ni = 9.5; Cu = 3.5 –– Parts intended for crimping or deforming, etc.
UGIMA® 4567 Solution treated Drawn & polished SMQ Dia. 10 to 18 mm h9 < 0.5 mm/m
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 39
UGIMA®-X 4307
Description Fields of application
–– 18/10 austenitic stainless steel –– A great variety of applications: shafts, valves, couplings,
etc.
–– EN 10088-3: 1.4307 – X2CrNi18-9 – EN 10088-5 – 304L
– ADW2 – ADW10 – AISI – NACE MR0175 / ISO 15156-3 –– Forging, stamping, machining of various mechanical
– ASTM A182/A182M – ASTM A276 – ASTM A479/ parts for: chemicals industry, nitric acid and derivatives
A479M – ASTM F899 – EN 10272 – PED 97/23 EC (explosives, fertilizers).
40 | Austenitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
AUSTENITIC STAINLESS STEELS
UGIMA® 4307 HM
Description Corrosion resistance
–– 18/10 austenitic stainless steel –– UGIMA® 4307 HM has good corrosion resistance
in numerous environments.
–– EN 10088-3 : 1.4307 – X2CrNi18-9 – EN 10088-5 – 304 L
– ADW2 – ADW10 – AISI – NACE MR0175 / ISO 15156-3 –– Its corrosion resistance, typical of an austenitic steel,
– ASTM A182/A182M – ASTM A276 – ASTM A479/ is in every way similar to that of type 4307/304L.
A479M – ASTM F899 – EN 10272 – PED 97/23 EC
Properties
Average composition (%) –– UGIMA® 4307 HM is a stainless steel having the same
C ≤ 0.03; Cr = 18.5; Ni = 9 properties as UGIMA®-X 4307.
–– It has 1% more nickel than UGIMA®-X 4307, thereby
Fields of application making its machining easier and more efficient.
–– Mechanical engineering, chemicals, oil, food and food
processing. Decoration and household equipment, etc.
UGIMA®4307HM Solution treated Turned & polished SMQ Dia. 30 to 55 mm h10 < 0.5 mm/m
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 41
UGIMA® 4541/UGI® 4541
Description Welding
–– Titanium-stabilized 18/10 austenitic stainless steel –– No heat treatment is needed after welding.
–– EN 10088-3 : 1.4541 – X6CrNiTi18-10 – EN 10088-5
– ADW2 – ADW10 – ASTM A182/A182M – ASTM A276 – Corrosion resistance
ASTM A479/A479M – EN 10272 – PED 97/23 EC – NACE –– Excellent corrosion resistance in natural environments:
MR0175 / ISO 15156-3 waters, rural and urban atmospheres where there are no
major chloride or acid concentrations, and in food and
food processing environments (with reservations in certain
Average composition (%)
special cases: white wines, mustard, etc.) and in certain
C ≤ 0.08; Cr = 18; Ni = 10.5; Ti ≤ 0.7 chemical environments: nitric acid, cold diluted organic
acids, etc.
Properties
–– Resistant to intergranular corrosion, even after welding.
–– Its main property is intergranular corrosion resistance
using titanium as a stabilizing element to prevent the –– Chemical resistance at high temperature: limit
formation of chromium carbide when using machined temperatures for use in continuous service:
parts in high temperatures. - Oxidizing atmosphere: 850°C.
- Sulphurous oxidizing atmosphere: 750°C
–– UGIMA® 4541 is specially dedicated to machining and
screw machining, providing a productivity gain during –– The limit temperature for use must take into account the
processing operations. exact nature of the atmosphere, and the amplitude and
frequency of mechanical and thermal stresses.
–– UGI® 4541 is used both for its corrosion resistance and for
its resistance to heat (can be used up to 800°C, significant
creep resistance up to 700°C).
Fields of application
–– Mechanical engineering, chemicals industry, food and food
processing industry, aerospace, transport, defence:
–– Bolts and nuts; flanges.
–– Furnace and boiler components.
42 | Austenitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
AUSTENITIC STAINLESS STEELS
UGIMA®-X 4404
Description Fields of application
–– 18/12 austenitic stainless steel, low-carbon molybdenum –– Water industry (valves), outdoor exposure in rural, urban
and industrial atmospheres and even in the known
–– EN 10088-3 : 1.4404 – X2CrNiMo17-12-2 – EN 10088-5 presence of chloride ions (seaside).
– ADW10 – ADW2 – AISI 316 L – ASTM A182/A182M –
ASTM A276 – ASTM A479/A479M – ASTM F899 – NACE –– Chemical industry in certain temperature and
MR0175 / ISO 15156-3 concentration conditions. Food and food processing
industry. Medicine, pharmaceuticals, decoration and
Average composition (%) household equipment.
C ≤ 0.03; Cr = 17.5; Ni = 12; Mo = 2.25; S = 0.020 – 0.030
Corrosion resistance
Properties –– UGIMA®-X 4404 has excellent corrosion resistance
–– UGIMA®-X 4404 is a stainless steel resulting from in natural environments: waters, rural and urban
optimization of the production method and control of the atmospheres, in industrial conditions even in the presence
inclusion population of the third generation of UGIMA® of moderate chloride and acid concentrations, in food
developed by Ugitech. and food processing environments and in numerous
acid (sulphuric, phosphoric, organic) and chlorinated
–– It is in every respect identical to the properties of environments, in certain temperature and concentration
UGIMA® 4404 except for its exceptional machinability. By conditions.
comparison with the market standard 1.4404 grade, 40%
productivity gains have been achieved in high-speed steel
drilling and 15% in cutting.
UGIMA -X 4404
®
Solution treated Polished ground* Dia. 25 to 50 mm h9 < 0.8 mm/m
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 43
UGIMA® 4435/UGIMA® 4435 ICH/
UGI® 4435
Description Fields of application
–– Molybdenum austenitic stainless steel –– Watch industry, pharmaceuticals, chemical industry, oil
and petrochemicals industry, amagnetic properties, etc.
–– EN 10088-3 : 1.4435 – X2CrNiMo18-14-3 (ex AFNOR Z 3
CND 18-14-03)
Corrosion resistance
–– AISI – ADW2 – ADW10 – ASTM A182/A182M – –– Excellent corrosion resistance in natural environments:
ASTM A276 – ASTM A479/A479M waters, rural and urban atmospheres, and industrial
–– EN 10272 – PED 97/23EC – NACE MR0175 / ISO 15156-3 atmospheres even in the presence of moderate
– BN2 chloride and acid concentrations, in food and food
processing environments and in numerous acid
(sulphuric, phosphoric, organic) and chlorinated chemical
Average composition (%)
environments, in certain temperature and concentration
C ≤ 0.03; Cr = 18; Ni = 13.7; Mo ≥ 2.5 conditions.
Properties –– PREN = 27
(PREN = Pitting Resistance Equivalent Number = Cr +
–– UGIMA® 4435 is an austenitic stainless steel with a 3,3Mo + 16N)
high molybdenum content and a specific metallurgy for
improved behaviour during machining. –– Resistant to intergranular corrosion, even after welding.
–– Its composition provides it with very good corrosion
resistance and is perfectly suited for prolonged contact
with the skin.
UGIMA®4435
Rolled & descaled Dia. 30 to 130 mm k13 < 1 mm/m
UGI® 4435
44 | Austenitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
AUSTENITIC STAINLESS STEELS
UGIMA® 4598
Description Fields of application
–– 18/12 austenitic stainless steel, molybdenum, Copper –– This steel, with very good machinability, is used to
and Sulphur manufacture precision turned parts: fasteners, sensor
supports, instruments in fields of activity such as transport,
–– EN 10088-3: 1.4598 – X2CrNiMoCuS17-10-2 – no
watchmaking and food processing.
correspondence AISI
–– This steel presents excellent machinability compared to a –– The corrosion resistance of UGIMA® 4598 is superior to
basic 316L and can replace 316L in certain applications that of 1.4307 in all media.
where corrosion is not severe.
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 45
UGI® 4404FGX3
Description Fields of application
–– Molybdenum austenitic stainless steel –– Water industry (valves), outdoor exposure in rural, urban
and industrial atmospheres and even in the known
–– EN 10088-3 : 1.4404 – X2CrNiMo17-12-2 – AISI 316L presence of chloride ions (seaside).
– ADW2 – ADW10 – ASTM A479/A479M – EN 10272 –
PED 97/23EC NACE MR0175 / ISO 15156-3 –– Chemical industry in certain temperature and
concentration conditions. Food and food processing
Average composition (%) industry. Medicine, pharmaceuticals, decoration and
C ≤ 0.03; Cr = 17.5; Ni = 12; Mo = 2.25 household equipment.
UGI® 4404FGX3 Solution treated Turned & polished 500/700 ≥ 200 ≥ 40 ≥ 40
UGI® 4404FGX3 Solution treated Turned & polished* Dia. 38 and 42 mm h10 < 1 mm/m
46 | Austenitic stainless steels Document not contractually binding. See disclaimers at back cover page of this document.
AUSTENITIC STAINLESS STEELS
UGIMA® 4571/UGI® 4571/
UGIMA® 316Ti/UGI® 316Ti
Description Fields of application
–– Titanium-stabilized molybdenum 18/12 austenitic stainless –– Chemical industries: nitro explosives, celluloid, rayon,
steel cellulose (bisulphite processes), paper mills, dyeing plants,
etc.
–– EN 10088-3 : 1.4571 – X6CrNiMoTi17-12-2 – EN 10088-5
– ADW2 – ADW10 – NACE MR0175 / ISO 15156-3 – –– Food industry: white wine, mustard, salted products, fruit
EN 10272 – PED97/3EC – JIS G4303 – ASTM A182/A240 preserves, yeasts, alcohols, etc.
– AISI 316Ti
–– Mechanical engineering, transport, aerospace, medical
industry.
Average composition (%)
C ≤ 0.08; Cr = 17.5; Ni = 11.5; Mo = 2.25; Ti ≤ 0.7 Corrosion resistance
–– Phosphoric acid, all concentrations up to 40°C.
Properties Sulphuric acid less than 10% and more than 80% at 20°C.
–– UGI® 4571 is used both for its corrosion resistance and
for its resistance to heat (creep resistance up to 750°C). –– Sulphonitric mixtures up to 70°C.
–– To improve corrosion resistance, instead of lowering –– Diluted organic acids, even boiling.
the carbon content, it is stabilized with titanium via –– Saline solutions, except chlorides. Alkaline solutions,
the formation of titanium carbides. all concentrations below 100°C.
–– UGIMA® 4571 is a stainless steel with improved –– Fresh waters and natural atmospheres (marine in
machinability, produced exclusively by Ugitech. particular).
–– Organic products, food and pharmaceutical.
UGI® 4571 Rolled & descaled Dia. 150 to 200 mm k13 < 2 mm/m
Document not contractually binding. See disclaimers at back cover page of this document. Austenitic stainless steels | 47
SUPER STAINLESS STEEL
Super stainless steel
UGI® 4462 50
UGI® 4507 51
UGI® 4410 52
UGI® 4539 53
UGI® 4845 54
Document not contractually binding. See disclaimers at back cover page of this document. Super stainless steel | 49
UGI® 4462
Description Properties
–– Austenoferritic stainless steel, chromium-nickel- –– A grade which is characterized by a corrosion resistance
molybdenum (Duplex) far superior to that of type 1.4404 austenitic steels
(AISI 316L), and very high mechanical properties including
–– EN 10088-3: 1.4462 – X2CrNiMoN 22-5-3 – 45N
a 150% higher yield strength.
– EN 10088-5 – UNS S31803 – UNS S32205 –
ASTM A182/A182M (F51 - F60) – ASTM A276
– ASTM A479/A479M – EN 10272 – PED 97/23EC – Fields of application
NACE MR0175 / ISO 15156-3 – NACE MR0103 –– Oil and petrochemicals industry, chemical industry,
mechanical engineering, food and food processing
Average composition (%) industry, offshore, defence, building.
C ≤ 0.03; Cr = 22; Ni = 5.5; Mo = 3; N = 0.16
–– Insensitive to intergranular corrosion, its austenite + ferrite 250 UGI 4539 UGI 4460
® ®
200
two-phase structure provides it with a stress corrosion
150 UGI® 4435
resistance far superior to that of austenitic steels.
100 UGI® 4404
Pitting corrosion
80 UGI® 4410
Pitting corrosion temperature (°C)
50 | Super stainless steel Document not contractually binding. See disclaimers at back cover page of this document.
SUPER STAINLESS STEEL
UGI® 4507
Description Specific aspects
–– Austenoferritic stainless steel, chromium-nickel- –– PREN ≥ 40
molybdenum (Super Duplex) (PREN = Pitting Resistance Equivalent Number = Cr +
3,3Mo + 16N). Pitting corrosion.
Average composition (%)
–– Intergranular corrosion guarantee as per ISO 3651-2
C ≤ 0.03; Cr = 25; Ni = 6; Mo = 3.5; N = 0.2 Practice C.
Standards
ASTM A479/A479M -
UNS S32550 A
ASME SA479/SA479M
STF22-52/B028-1 X2CrNiMoCuN25-6-3 AT
Document not contractually binding. See disclaimers at back cover page of this document. Super stainless steel | 51
UGI® 4410
Description Properties
–– Austenoferritic stainless steel, chromium- –– A grade that is characterized by a corrosion resistance
nickelmolybdenum (Super Duplex) that is both much higher than that of austenitic steels of
the 1.4539 (AISI 904L) type, and very high mechanical
–– EN 10088-3: 1.4410 – X2CrNiMoN 25-7-4 – ASTM A182/
characteristics, including a very high yield strength (see the
A182M – ASTM A276 – ASTM A479/A479M:
table of mechanical characteristics). A super duplex steel
UNS S32750 – F53 – EN 10272 –
grade that outperforms grades 1.4362 and even 1.4462 in
NACE MR0175 / ISO 15156-3
corrosion resistance and mechanical strength.
UGI® 4507
–– The critical pitting corrosion temperature in chlorinated 70 UGI® 4539
neutral environments is significant of the surface blemishes 60
UGI® 4462
which may appear in the event of an increase in the 50
UGI® 4460
service temperature. 40
30 UGI® 4435
20 UGI® 4404
10
200 250 300 350 400 450 500 550 600
YS (N/mm2)
UGI® 4410 Solution annealed Turned & polished Dia. 25 to 100 mm h10 < 1.2 mm/m
52 | Super stainless steel Document not contractually binding. See disclaimers at back cover page of this document.
SUPER STAINLESS STEEL
UGI® 4539
Description Corrosion resistance
–– Super austenitic stainless steel –– Due to its alloying element content, this steel has far
superior corrosion resistance to that of chromium-nickel-
–– EN 10088-3: 1.4539 – X1NiCrMoCu25-20-5 – EN 10088-5 molybdenum austenitic stainless steels.
– AISI 904 L – EN 10272 – PED 97/23EC – NACE MR0175
/ ISO 15156-3 – UNS N08904
Its use is especially recommended in:
Average composition (%) –– environments conducive to pitting corrosion and stress
C ≤ 0.02; Cr = 20; Ni = 25; Mo = 4.5; Cu 1.6; S ≤ 0.01 corrosion;
–– chlorides, seawater up to 70°C, and sulphuric and
Properties phosphoric solutions.
–– Grade which is characterized by excellent corrosion
resistance in the most aggressive environments: this For example, excellent resistance in sulphuric acid:
“super austenitic” grade appears as the ultimate solution
–– at 20°C, all concentrations;
to corrosion problems, before moving on to alloys with a
nickel or cobalt base. –– at 50°C, concentrations lower than 60% or higher than
90%.
Fields of application
–– Paper industry, chemical industry, phosphate industry,
offshore, medical industry, decoration and household
appliances, defence.
Document not contractually binding. See disclaimers at back cover page of this document. Super stainless steel | 53
UGI® 4845
Description Fields of application
–– Refractory austenitic steel corrosion-resistant at high –– Chemical industry, mechanical engineering:
temperatures
–– Tools for glass making.
–– Material number: 1.4845 – X8CrNi25-21 (EN 10095)
–– Furnace and boiler equipment components.
–– 1.4845 – AISI 310 – ASTM A182/A182M – ASTM A276
– ASTM A479/A479M – EN 10095 – NACE MR0175 / –– Moulds for aluminium bronze.
ISO 15156-3 – UNS S31000
Resistance to oxidation at high temperatures
Average composition (%) Maximum temperatures for use in continuous service
C ≤ 0.10; Cr = 25; Ni = 20.5; Si ≤ 0.75 –– Oxidizing atmosphere . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1,100°C
–– Avoid holding at temperatures between 650°C and 850°C UGI® 4845 forms an oxide film more adhesive and more compact
(possible embrittlement due to sigma phase precipitation)
than UGI® 4833. It therefore withstands cyclical temperature
variations better, but in no case exceed 1,100°C.
UGI® 4845 Solution treated Rolled & descaled Dia. 30 to 50 mm k13 < 1 mm/m
54 | Super stainless steel Document not contractually binding. See disclaimers at back cover page of this document.
SUPER STAINLESS STEEL
Notes
Document not contractually binding. See disclaimers at back cover page of this document. Super stainless steel | 55
SPECIAL OFFERS
Special offers
ABC Market 61
Nuclear 71
Medical 95
Document not contractually binding. See disclaimers at back cover page of this document. Special offers | 57
SPECIAL OFFERS
Tailors solutions to your requirements
Machining by
–– Peeling, turning up to 12 metres
–– Grinding up to 12 metres
–– Boring up to 6 metres
Contact: consultation.DPSM@ugitech.com
Document not contractually binding. See disclaimers at back cover page of this document. Tailors solutions to your requirements | 59
SPECIAL OFFERS - ABC MARKET
ABC Market
UGIGRIP® 4362 67
UGIGRIP® 4462 68
Document not contractually binding. See disclaimers at back cover page of this document. ABC Market | 61
ABC Market and stainless steel:
Ugitech… the fifth element
Man innovates every day to control the four elements, water, Amagnetism of
Fire resistance
earth, air and fire. A leader in innovation in long stainless steel austenitic grades
Water Air
Water is the major element on the surface of our planet, exposing Air’s alchemy with water and seawater spray makes it a corrosion
our buildings, directly or indirectly, to corrosion risks, resulting vector feared by the constructors of engineering structures. It
in aesthetic or structural damage. Whatever the environment is also the subject of in-depth studies to combat heat losses.
in contact, our products ensure long service life, security and
aesthetics for all structures. They are also a significant source Due to their low thermal conductivity, stainless steels are an
of savings on maintenance and repair. effective response for energy improvement in low-consump-
tion buildings.
Earth Fire
Due to their structure, stainless steels have a great capacity Stainless steel components are capable of easily achieving fire
for absorbing energy in the event of significant deformation, resistance times exceeding 30 minutes without any additional
while retaining substantial strength. They are highly suitable protection. At temperatures exceeding 500°C, stainless steels
for the construction of structures in seismic zones, and the show lower stiffness losses than conventional carbon steels,
amagnetic properties of certain grades will also be appreciated thereby enhancing building safety.
in many applications.
62 | ABC Market Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - ABC MARKET
UGI® 4462 cold-worked
Description Fields of application
–– Cold-worked smooth bars –– Building: various structural members, cutting force
absorption, tension members, fasteners.
–– Austenoferritic stainless steel, chromium-nickel-
molybdenum (Duplex) –– Civil engineering: tension members and prestressed bars
–– EN 10088-3: 1.4462 – X2CrNiMoN 22-5-3
Corrosion resistance
–– EN 10088-5: 1.4462 – X2CrNiMoN 22-5-3 –– UGI® 4462 has high corrosion resistance in acid and
chlorinated environments.
Average composition (%)
–– Insensitive to intergranular corrosion, its austenite + ferrite
C ≤ 0.03; Cr = 22; Ni = 5.5; Mo = 3; N = 0.16 two-phase structure provides it with a stress corrosion
resistance far superior to that of austenitic steels.
Properties
–– High strength low alloy grade characterized by a corrosion –– Pitting Resistance Equivalent Number: PREN = 33
resistance far superior to that of type 1.4404 austenitic (PREN = Pitting Resistance Equivalent Number = Cr +
steels (AISI 316L), combined with a 150% higher yield 3,3Mo + 16N) Pitting corrosion.
strength.
60
UGI® 4462 UGI® 4462
300
50
250 UGI® 4539 UGI® 4460 UGI® 4460
40
200
30 UGI® 4435
150 UGI® 4435
100 20 UGI® 4404
UGI 4404
®
50 10
200 250 300 350 400 450 500 550 600 200 250 300 350 400 450 500 550 600
YS (MPa) YS (N/mm2)
Document not contractually binding. See disclaimers at back cover page of this document. ABC Market | 63
SPECIAL OFFERS - ABC MARKET
UGIGRIP® Stainless steel concrete
reinforcing bar
Document not contractually binding. See disclaimers at back cover page of this document. ABC Market | 65
UGIGRIP® Stainless steel concrete
reinforcing bar
Mechanical properties
–– Stainless steels have very interesting mechanical
properties by comparison with conventional steel.
–– Depending on the dimensions and grades, UGIGRIP®
products can be delivered with various yield strength
levels.
Austenitic 304 • •
Austenitic 316 • •
Duplex 4062 • • •
Duplex 4362 • • •
Duplex 4462 • • • • •
The elongation values comply with the various reference stand- Ductility: min. values: total elongation under maximum force
ards, including EN 1992. as a % (Agt) and UTS/YS ratio
The type 304 and 316 austenitic grades show higher elon-
gation values; their ductility is especially suitable for seismic
applications.
Duplex Austenitic
Agt % Min 5 5 5 15 15
Physical properties
Stainless steels have very interesting mechanical properties
by comparison with conventional steel.
Contact: consultation.ugigrip@ugitech.com
66 | ABC Market Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - ABC MARKET
UGIGRIP® 4362
Description Fields of application
–– Duplex concrete reinforcing bar –– Repairs or new works. Exposure class – XS1 – XF1 – XF2
– XA1.
–– Austenoferritic stainless steel, chromium-nickel (Duplex)
–– Can be used for more severe exposure classes than those
–– EN 10088-3: 1.4362 – X2CrNiN 23-4 – EN 10088-5 – defined if the quality of the concretes and their application
XP A35 014 – BS 6744 – SIA 262 on site are guaranteed and secured.
Document not contractually binding. See disclaimers at back cover page of this document. ABC Market | 67
UGIGRIP® 4462
Description Fields of application
–– Duplex concrete reinforcing bar –– Repairs or new works. Exposure class XF3 – XF4 – XA2 –
XA3
–– Austenoferritic stainless steel, chromium-nickel (Duplex)
–– EN 10088-3: 1.4462 – X2CrNiMoN 22-5-3 – EN 10088-5 Corrosion resistance
- XP A35 014 – BS 6744 – SIA 262 –– UGIGRIP® 4462 has high corrosion resistance in acid and
chlorinated environments.
Average composition (%)
–– Insensitive to intergranular corrosion, its austenite + ferrite
C ≤ 0.03; Cr = 22; Ni = 5.5; Mo = 3; N = 0.16 two-phase structure provides it with a stress corrosion
resistance far superior to that of austenitic steels.
Properties
–– Duplex grade which is characterized by a corrosion –– Pitting Resistance Equivalent Number: PREN = 33
resistance far superior to that of type 1.4404 austenitic (PREN = Pitting Resistance Equivalent Number = Cr +
steels (AISI 316L), together with a 150% higher yield 3,3Mo + 16N) Pitting corrosion.
strength.
68 | ABC Market Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - ABC MARKET
Notes
Document not contractually binding. See disclaimers at back cover page of this document. ABC Market | 69
SPECIAL OFFERS - NUCLEAR
Nuclear
UGI® 4006A 72
UGI® 4418Q 74
UGI® 4550Q 76
UGI® 4944 78
Document not contractually binding. See disclaimers at back cover page of this document. Nuclear | 71
UGI® 4006A
Description Fields of application
–– Martensitic stainless steel with 13% chromium –– Mechanical engineering, nuclear industry
–– Valves and fittings, pumps, control rods, cluster control
Average composition (%) mechanisms, steam-generator tie rods and screws, nuts
C = 0.12; Cr = 12.5; Co ≤ 0.1; Bore ≤ 0.0015 and bolts.
Standards
YS at
Grade Metallurgical state UTS (MPa) YS (MPa) HB E (%) KV 0 °C J
350 °C (MPa)
US inspection as per MC2300, liquid penetrant inspection as perMC4000, visual inspection as per MC7000
Stock under EDF CEIDRE supervision
72 | Nuclear Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - NUCLÉAIRE
UGI® 4542Q/UGI® 4542QHP
Description Fields of application
–– Precipitation-hardened martensitic stainless steel –– Nuclear industry, mechanical engineering, chemicals
–– Control rods, shafts, fasteners, nuts and bolts, etc.
Average composition (%)
C ≤ 0.07; Cr = 16; Ni = 4; Cu = 4; Co ≤ 0.1; Nb + Ta ≤ 0.45;
B: indicative
Standards
YS at
Grades Metallurgical state UTS (MPa) YS (MPa) KV 0 °C J E (%) Z (%)
350 °C (MPa)
UGI® 4542QHP
Age-hardened 960/1,160 ≥ 790 ≥ 630 ≥ 60 ≥ 16 ≥ 50
UGI® 4542Q
UGI® 4542Q Age-hardened Rolled & descaled Dia. 140 and 200 mm k13
US inspection as per MC2300, liquid penetrant inspection as per MC4000, visual inspection as per MC7000
Stock under EDF CEIDRE supervision
Document not contractually binding. See disclaimers at back cover page of this document. Nuclear | 73
UGI® 4418Q
Description Fields of application
–– Martensitic stainless steel, chromium-nickel-molybdenum –– Nuclear industry, mechanical engineering
–– Valves and fittings, pumps, piping, control rods, shafts,
Average composition (%) fasteners, nuts and bolts, etc.
C ≤ 0.06; Cr = 16; Ni = 5; Mo = 1.1; Co ≤ 0.1; Nb + Ta ≤ 0.45;
B: indicative
Standards
UGI® 4418Q RCCM M3202 Levels 2 and 3 Z5CND16.04 Quenched, tempered, stress-relieved
YS at KV at
Grade Metallurgical state UTS (MPa) YS (MPa) E (%) Z (%)
350 °C (MPa) 0 °C (J)
Quenched and tempered Rolled & descaled Dia. 120 to 140 mm k13
UGI® 4418Q
Quenched, tempered,
Single turned Dia. 40 to 115 mm k12
stress-relieved
Quenched, tempered,
Rolled & descaled Dia. 125 mm k12
stress-relieved
US inspection as per MC2300, liquid penetrant inspection as per MC4000, visual inspection as per MC7000
Stock under EDF CEIDRE supervision
74 | Nuclear Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - NUCLÉAIRE
UGI® 4307Q/UGI® 4307QHP
Description Fields of application
–– 18/10 austenitic stainless steel –– Nuclear industry
–– Mechanical parts, valves and fittings, pumps, valve bodies,
Average composition (%) control rods, fasteners, nuts and bolts, instrumentation,
C ≤ 0.03; Cr = 18.5; Ni = 9; Co ≤ 0.04; Nb + Ta ≤ 0.15; steam-generator components, assembly accessories and
B ≤ 0.0015 couplings, flanges, collars, rounds for tube manufacturers,
etc.
Standards
Z2CN19.10N2
Z2CN18.10
RCCM M3306 Levels 1, 2 and 3
Z6CN18.10
Z5CN18.10
NF EN 10272 X2CrNi18-9
ASME SA276
Type 304, 304L
ASME SA479/SA479M
UTS at YS at 350 °C
Grades Metallurgical state UTS (MPa) YS (MPa) E (%) Z (%)
350 °C (MPa) (MPa)
Forged peeled
UGI® 4307Q 500/640 ≥ 210 ≥ 368 ≥ 125 ≥ 45 ≥ 50
dia. > 150
US inspection as per MC2300, liquid penetrant inspection as per MC4000, visual inspection as per MC7000
Stock under EDF CEIDRE supervision
Document not contractually binding. See disclaimers at back cover page of this document. Nuclear | 75
UGI® 4550Q
Description Fields of application
–– Niobium-stabilized 18/10 austenitic stainless steel –– Nuclear industry
–– Mechanical parts, valves and fittings, pumps, valve bodies,
Average composition (%) control rods, fasteners, nuts and bolts, instrumentation,
C ≤ 0.04; Cr = 18.5; Ni = 10; Co ≤ 0.04; Nb ≤ 0.40; steam-generator components, etc.
Nb + Ta ≤ 0.65; B ≤ 0.0018
Standards
Single turned
UGI® 4550Q 540/740 ≥ 220 ≥ 45 ≥ 50 ≥ 365 ≥ 140
Dia. ≤ 100 mm
US inspection as per MC2300, liquid penetrant inspection as per MC4000, visual inspection as per MC7000
Stock under EDF CEIDRE supervision
76 | Nuclear Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - NUCLÉAIRE
UGI® 4909HP/UGI® 4909
Description Fields of application
–– Nickel-chromium-molybdenum austenitic stainless steel –– Nuclear industry
–– Mechanical parts, valves and fittings, pumps, valve bodies,
Average composition (%) control rods, fasteners, nuts and bolts, instrumentation,
C ≤ 0.03; Cr = 17.5; Ni = 12; Mo = 2.5; N = 0.06; Co ≤ 0.04; steam-generator components, thermocouple conduits,
Nb + Ta < 0.15; B ≤ 0.0015 assembly accessories and couplings, flanges, collars, etc.
Standards
Z2CND18.12 + N²
Z2CND17.12
RCCM M3306 Levels 1, 2 and 3
Z6CND17.12
Z5CND17.12
ASME SA276
UNS S31603 Type 316 L
ASME SA479/SA479M
Z2CND18.12 + N²
RCCM M3308 Levels 1, 2 and 3 Cold-worked
Z2CND17.12
Cold-worked,
≥ 590 450/620 ≥ 30 ≥ 60
dia. 30 to 50 mm
Forged
UGI® 4909 500/660 ≥ 220 ≥ 45 ≥ 50 ≥ 416 ≥ 130
dia. > 150 mm
UGI® 4909 Solution treated Forged peeled Dia. 140 to 350 mm k13
US inspection as per MC2300, liquid penetrant inspection as per MC4000, visual inspection as per MC7000
Stock under EDF CEIDRE supervision
Document not contractually binding. See disclaimers at back cover page of this document. Nuclear | 77
UGI® 4944
Description Fields of application
–– Precipitation-hardened austenitic stainless steel –– Nuclear industry
–– Mechanical parts, fasteners, nuts and bolts, control rods,
Average composition (%) valves and fittings, thermocouple conduits, etc.
C ≤ 0.08; Ni = 25; Cr = 15; Ti = 2; Mo = 1.2; V = 0.3; Co ≤ 0.2;
B: 0.003-0.008
Standards
Grade Metallurgical state UTS (MPa) YS (MPa) E (%) Z (%) YS at 350 °C (MPa)
US inspection as per MC2300, liquid penetrant inspection as per MC4000, visual inspection as per MC7000
Stock under EDF CEIDRE supervision
78 | Nuclear Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - NUCLÉAIRE
Notes
Document not contractually binding. See disclaimers at back cover page of this document. Nuclear | 79
SPECIAL OFFERS - AERONAUTICS
Aeronautics / defence /
aerospace
UGI® 4028W 82
UGI® 4541Q 89
UGI® 4550Q 90
UGI® 4944 92
NC35A®/35NC6 93
Document not contractually binding. See disclaimers at back cover page of this document. Aeronautics / defence / aerospace | 81
UGI® 4028W
Description Fields of application
–– Martensitic stainless steel with 13% chromium –– Mechanical engineering, aerospace industry.
–– Structural parts and components.
Average composition (%)
C = 0.3; Cr = 13
Standards
KU at KV at
Grade Metallurgical state UTS (MPa) YS (MPa) E (%) Z (%)
20°C (J) 20°C (J)
82 | Aeronautics / defence / aerospace Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - AERONAUTICS
UGI® 4057FG/UGI® 4057
Description Fields of application
–– Martensitic stainless steel, chromium-nickel –– Mechanical engineering, aerospace industry.
–– Structural parts and components, rotating parts, parts
Average composition (%) subjected to heavy mechanical loading.
C = 0.17; Cr = 16; Ni = 2
Standards
CCT314 Z15CN17-03 1X
NF EN 3490 X15CrNi17-3 U
WL 1.4044.2 Annealed
WL 1.4044.5 800/950*
WL 1.4044.6 900/1,050
UGI® 4057FG Treated 900/1,050 ≥ 700 ≥ 15 ≥ 45 ≥ 20 ≥ 20 269/321
*on production
Document not contractually binding. See disclaimers at back cover page of this document. Aeronautics / defence / aerospace | 83
UGI® 4418Q/UGI® 4418QMN
Description Fields of application
–– Martensitic stainless steel, chromium-nickel-molybdenum –– Mechanical engineering, aerospace industry.
–– Rotating parts, parts subjected to heavy mechanical
Average composition (%) loading, fasteners, screws, nuts and bolts. Pump shafts
C ≤ 0.06; Cr = 16; Ni = 5; Mo = 1.1 and valves, pistons and cylinders.
Standards
Impact
Metallurgical Ø Temperature strength KV
Grades state (mm) Direction (°C) UTS (MPa) YS (MPa) E (%) at 20°C (J) HB
L 20 900 to 1,050 ≥ 700 ≥ 16 ≥ 120 269 to 331
≤ 75
L -40 ≥ 70
UGI® 4418Q QT900
T 20 900 to 1,050 ≥ 700 ≥ 12 ≥ 60 269 to 331
> 75
T -40 ≥ 35
UGI® 4418Q ≤ 75 L 20 1,100 to 1,250 ≥ 900 ≥ 14 ≥ 100 337 to 380
QT1100
UGI® 4418QMN > 75 T 20 1,100 to 1,250 ≥ 900 ≥ 8 ≥ 50 337 to 380
Turned simple
UGI® 4418Q Treated 900/1,050 Dia. 20 to 110 mm k12 or k13
or Rolled & descaled
84 | Aeronautics / defence / aerospace Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - AERONAUTICS
UGI® 17-4PH AIR /UGI® 4542 AIR
Age-hardened H1150/P930/P960
Description Fields of application
Precipitation-hardened martensitic stainless steel –– Mechanical engineering, aerospace industry.
–– Rotating parts, parts subjected to heavy mechanical
Average composition (%) loading, turbine blades, fasteners, screws, nuts and bolts.
C ≤ 0.07; Cr = 16; Ni = 4; Cu = 4; Nb = 0.3 Pump shafts and valves.
NF EN 3161 X5CrNiCu17-4 U
Document not contractually binding. See disclaimers at back cover page of this document. Aeronautics / defence / aerospace | 85
UGI® 17-4PH AIR /UGI® 4542 AIR
(cond A / H1025)
Description Fields of application
–– Precipitation-hardened martensitic stainless steel –– Mechanical engineering, aerospace industry.
–– Rotating parts, parts subjected to heavy mechanical
Average composition (%) loading, turbine blades, fasteners, screws, nuts and bolts.
C ≤ 0.07; Cr = 16; Ni = 4; Cu = 4; Nb = 0.3 Pump shafts and valves.
WL 1.4548.9 Cond A
Grade Processing UTS (MPa) YS (MPa) E (%) Z (%) HB KV at 20°C (J) KV at -30°C (J)
86 | Aeronautics / defence / aerospace Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - AERONAUTICS
UGI® 15-5PH AIR / UGI® 4545 AIR
(cond A / H1025)
Description Fields of application
–– Precipitation-hardened martensitic stainless steel –– Mechanical engineering, aerospace industry.
–– Rotating parts, parts subjected to heavy mechanical
Average composition (%) loading, turbine blades, fasteners, screws, nuts and bolts.
C ≤ 0.05; Cr = 15; Ni = 4.5; Cu = 3.5; Nb = 0.3 Pump shafts and valves.
NF EN 2821 X5CrNiCu15-5 W
WL 1.4545.9 Cond A
Grade Processing UTS (MPa) YS (MPa) E (%) Z (%) HB KV à 20°C (J) KV à -30°C (J)
Age-hardened
1,070/1,200 ≥ 1,000 ≥ 12 ≥ 45 331/401 ≥ 20
dia. > 115 mm
Document not contractually binding. See disclaimers at back cover page of this document. Aeronautics / defence / aerospace | 87
UGI® 4307QHP/UGI® 4307Q
Description Fields of application
–– 18/10 austenitic stainless steel –– Aerospace industry
–– Mechanical parts, structural parts, connector parts,
Average composition (%) screws and nuts.
C ≤ 0.03; Cr = 18.5; Ni = 9
Standards
ASTM A276
304 / 304L A
ASTM A479/A479M
UGI® 4307QHP
DGQT1.3.0.0005 (CR1.3.05) Z2CN18-10 A
UGI® 4307Q
NF EN 2465 X2CrNi18-9 U
UGI® 4307QHP
Solution treated 520/640 ≥ 210 ≥ 45 ≥ 50 140/187
UGI® 4307Q
88 | Aeronautics / defence / aerospace Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - AERONAUTICS
UGI® 4541Q
Description Fields of application
–– Titanium-stabilized 18/10 austenitic stainless steel –– Aerospace industry, offshore, defence
–– Mechanical parts, structural parts, connector parts,
Average composition (%) screws and nuts, hydraulic parts and accessories.
C ≤ 0.08; Cr = 18; Ni = 10.5; Ti ≤ 0.6
Standards
AMS-QQ-S-763 321 A
HMDM0065 Z10CNT18-10 A
NCT15-143-43 X10CrNiTi18-11 A
NF EN 3487 X6CrNiTi18-10 U
WL 1.4544.9
UGI® 4541Q Solution treated Turned & polished Dia. 22 to 100 mm h10/k12
Document not contractually binding. See disclaimers at back cover page of this document. Aeronautics / defence / aerospace | 89
UGI® 4550Q
Description Fields of application
–– Niobium-stabilized 18/10 austenitic stainless steel –– Aerospace industry, mechanical parts
–– Structural parts, connector parts, screws and nuts,
Average composition (%) hydraulic parts and accessories.
C ≤ 0.04; Cr = 18.5; Ni = 10; Nb = 0.6
NF EN 10088.3 X6CrNiNb18-10
WL 1.4546.9
90 | Aeronautics / defence / aerospace Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - AERONAUTICS
UGI® 4909HP/UGI® 4909
Description Fields of application
–– Nickel-chromium-molybdenum austenitic stainless steel –– Aerospace industry
–– Mechanical parts, structural parts, connector parts,
Average composition (%) screws and nuts, hydraulic parts and accessories.
C ≤ 0.03; Cr = 17.5; Ni = 12; Mo = 2.5; N = 0.06
Standards
NCT15-143-81 X5CrNiMo17-12-2 A
Document not contractually binding. See disclaimers at back cover page of this document. Aeronautics / defence / aerospace | 91
UGI® 4944
Description Fields of application
–– Precipitation-hardened austenitic stainless steel –– Aerospace industry
–– Mechanical parts, parts working at high temperatures,
Average composition (%) fasteners, nuts and bolts.
C ≤ 0.08; Ni = 25; Cr = 15; Ti = 2; Mo = 1.2; V = 0.3; B = 0.005
Standards
NF EN 4315 X6NiCrTiMoVB26-15 U
92 | Aeronautics / defence / aerospace Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - AERONAUTICS
NC35A®/35NC6
Description Fields of application
–– Nickel-chromium heat treatment steel –– Miscellaneous parts: rings, shafts, lugs for the aerospace
industry and precision mechanics.
Average composition (%)
C = 0.33; Ni = 1.5; Cr = 1
Standards
NCT15-125-03 35NiCr6 U
NCT15-125-05 35NiCr6 U
NCT15-125-06 35NiCr6 W
Annealed ≤ 223
Document not contractually binding. See disclaimers at back cover page of this document. Aeronautics / defence / aerospace | 93
SPECIAL OFFERS - MEDICAL
Medical
Document not contractually binding. See disclaimers at back cover page of this document. Medical | 95
UGI® 4441HP/316L PURE
Description Fields of application
–– Nickel-chromium-molybdenum implantable austenitic –– Surgical implants, screws and accessories. Orthopaedic
stainless steel reconstruction, vascular stents, etc.
Standards
Turned, polished
Solution treated Please consult us h10/h11
and finished
96 | Medical Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - MEDICAL
UGI® 17-4PH AIR /UGI® 4542 AIR
(cond A)
Description Fields of application
–– Precipitation-hardened martensitic stainless steel –– Ancillaries, surgical instruments, screwdrivers, rasps.
Standards
Document not contractually binding. See disclaimers at back cover page of this document. Medical | 97
UGI® 4057FG/UGI® 4057
Description Fields of application
–– Chromium-nickel stainless steel –– Ancillaries, surgical instruments, etc.
Standards
98 | Medical Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - MEDICAL
Notes
Document not contractually binding. See disclaimers at back cover page of this document. Medical | 99
SPECIAL OFFERS - WATCH INDUSTRY
Watch industry
Document not contractually binding. See disclaimers at back cover page of this document. Watch industry | 101
UGIMA® 4435 ICH
Description Its composition also provides it with very good corrosion re-
–– Molybdenum austenitic stainless steel sistance, and this makes it non-allergenic in prolonged contact
–– EN 10088-3 : 1.4435 – X2CrNiMo18-14-3 with the skin. This stainless steel grade meets the requirements
–– AISI – ADW2 – ADW10 – ASTM A182/A182M – ASTM of nickel release chemical tests.
A276 – ASTM A479/A479M – EN 10272 – PED 97/23EC
– NACE MR0175 / ISO 15156-3 – BN2 Its excellent machinability makes it possible to achieve signif-
icant productivity gains in processing.
Average composition (%)
C : ≤ 0.03; Cr = 18; Ni = 13.7; Mo ≥ 2.5 Fields of application
Watch industry: this stainless steel corresponds perfectly to the
Properties needs of the watch industry and jewellery market, combining
UGIMA® 4435 ICH is an austenitic stainless steel with a high excellent corrosion resistance, compliance with the European
molybdenum content and a specific metallurgy for improved directive concerning nickel release rates, and high machinability.
behaviour during machining.
102 | Watch industry Document not contractually binding. See disclaimers at back cover page of this document.
SPECIAL OFFERS - WATCH INDUSTRY
Notes
Document not contractually binding. See disclaimers at back cover page of this document. Watch industry | 103
TECHNICAL APPENDICES
Technical appendices
Glossary 107
Environment/Energy 125
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 105
Ugitech Service Centre –
Orders from STOCK
Ugitech Service Centre, located in Grigny, Ugitech offers you a standard cutting capacity from diameter
south of Lyon, offers you capabilities for 22 to 450 mm. On request, with our partners, we will offer you
cutting from diameter 5 mm.
cutting and marking on bars and slugs.
The marking bench enables both continuous longitudinal ink
These services are performed industrially based on a fleet of and longitudinal laser marking at start of bar on a diameter
saws and a marking bench forming an integral part of our Eu- range from 8 to 120 mm for drawn, polished-turned and rolled
ropean stock. This stock consists of a modern storage/stacker and descaled bars. Other possibilities: hexagonal and square
crane of capacity 4,000 tonnes, to which can be added islands bars from 10 to 60 mm.
for receiving and preparing orders online.
All these services are proposed for orders from stock.
services for orders from stock and com- –– 30° or 45° chamfers
mon end finishing operations, Ugitech –– Round bars of length 500 to 6000 mm
has established a capacity for cutting and –– 20 ≤ dia. ≤ 40 mm: Depths of 1 to 10 mm (in mm steps)
+/- 0.5 mm
performance of end finishing operations
–– dia. < 20 mm: Depths of 1 to 4 mm (in mm steps)
on products made to order (mill orders). +/- 0.5 mm
These services include:
Together, let’s differentiate ourselves!
106 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Glossary
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 107
Factory manufacturing capabilities
finishing workshops and wire drawing –– Size range:. . . . . . . . . . . . . from 5 to 13.5 mm, every 0.5 mm
from 14 to 32 mm, every 1 mm
mills, Ugitech can meet your needs in
. . . . . . . . . . . . . . . . . . . . . . . .
Possible presentations
–– Rolled non-descaled or descaled with variants: non-
annealed, annealed for cold cutting, annealed, max.
annealed, treated, treated and stabilized, quenched, age-
hardened (depending on grade).
108 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Drawn & polished bars (product cold-worked by die Ground bars (product cold-worked by removing
working without removing metal) metal)
–– Dia. 1.8 to 30 mm, tolerance h 9 - h 10 with possibility –– Diameter 1.8 to 120 mm, tolerance h 8 - h 9 with j or k
of j or k tolerances on request. tolerances possible on request
–– These products have an out-of-roundness less than –– These products have an out-of-roundness less than or
or equal to half the tolerance on the diameter. equal to half the tolerance on the diameter.
–– In 900 kg orders or multiples by size.
Possible presentations
–– Possible presentations: Annealed, max. annealed, treated,
–– Annealed, max. annealed, treated cold-worked, for high- cold-worked, quenched, age-hardened, for pump shafts
speed machining, for pump shafts, quenched,
age-hardened. –– Standard length and tolerance
–– Length from 3,0 to 6,1 m and standard tolerance –– Lengths optimized according to dia., ranging between 3
+50/-0 mm and 6.200 m
Drawn hexagons
–– Grades: all permanent grades.
–– Size range. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 to 57 mm
–– Min. dimensions and tonnages:
-- In millimetric units:
6 - 8 - 10 - 12 - 13 - 14 - 17 - 19 - 22 - 24 - 27 - 30 - 32
- 36 - 41 - 46 - 50 ����������������������������������������������������� min. 950 kg
-- Other dimensions
between 2.00 and 11.79�������������������������������������� min. 1000 kg
between 11.80 and 57.00 min. 5 tonnes + multiple of
1 tonne.
-- In imperial units:
6.35 - 7.937 - 9.53 - 12.7 - 14.29 - 19.05 - 22.225 -
23.81 - 25.4 - 26.99 - 31.75 - 41.27�������������� min. 1000 kg
-- Other dimensions between
������������������������������������������������������ 2.00 and 11.79: min. 1000 kg
��������������������������������������������������� 11.80 and 57.15: Min. 5 tonnes
–– Tolerances on flats. . . . . . . . . . . . . . . . . . . . . . . . standard = h 11
–– Length and standard tolerance . . . . . . . . . . . . 3 m +50/-0 mm
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 109
Factory manufacturing capabilities
Alloy steels
Drawn, ground nickel alloy bars in diameters 4 to 20 mm (smaller sizes on request).
Principales Grades
110 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Conversion table
(valeurs indicatives)
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 111
Conversion table
(valeurs indicatives)
112 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Conversion table
in mm 25.4
Length in cm 2.54
ft cm 30.48
lb kg 0.45359
Weight
oz g 28.35
lb/in3 g/cm3 27.68
Density
lb/ft 3
g/cm 3
0.01602
Modulus of elasticity lbs/in2 MPa 0.006895
Flexibility F (ASTM) 1/°F Specific deflection a (DIN) 1/K 0.954
Flexibility F (ASTM) 1/°F Specific curvature k (DIN) 1/K 1.8
Ω.cmil/ft µΩ.m 0.001662
Electrical resistivity
Ω.cmi /ft 2
µΩ.m 0.002116
mm in 0.03939
Length cm in 0.3937
cm f 0.03281
kg lb 2.205
Weight
g oz 0.03527
g/cm 3
lb/in 3
0.03613
Density
g/cm 3
lb/ft 3
62.428
Modulus of elasticity MPa lbs/in2 145.04
Specific deflection a (DIN) 1/K Flexibility F(ASTM) 1/°F 1.048
Specific curvature k (DIN) 1/K Flexibility F(ASTM) 1/°F 0.555
µΩ.m Ω.cmil/ft 601.68
Electrical resistivity
µΩ.m Ω.cmi2/ft 472.56
m mm in ft
1 103 39.37 3.281
10 -3
1 3.937 x 10 -2
3.281 x 10-2
2.540 x 10-2 25.40 1 8.333 x 10-2
0.3048 304.8 12 1
Density
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 113
Conversion table
Mass
kg g oz lb
1 10 -3
35.27 2.205
10-3 1 3.527 x 10-2 2.205 x 10-3
2.835 x 10-2 28.35 1 6.205 x 10-2
0.4536 4.536 x 102 16 1
Mechanical strength
Temperature
114 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Mechanical properties
Coefficient Coefficient
Modulus of of thermal of thermal Thermal Specific Electrical
Designation AISI/ Density elasticity expansion expansion conductivity heat resistivity
Family EN ASTM Kg/dm3 (kN/mm²) 20 °C - 200 °C 20 °C - 400 °C W.m-1.K-1 J.Kg-1.K-1 Ω.mm².m-1
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 115
Mecanical properties
Coefficient Coefficient
Modulus of of thermal of thermal Thermal Specific Electrical
Designation AISI/ Density elasticity expansion expansion conductivity heat resistivity
Family EN ASTM Kg/dm3 (kN/mm²) 20 °C - 200 °C 20 °C - 400 °C W.m-1.K-1 J.Kg-1.K-1 Ω.mm².m-1
116 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Table of tolerances
Diameters (in mm) Tol 7 Tol 8 Tol 9 Tol 10 Tol 11 Tol 12 Tol 13
> 80 to 120 inclusive 0.035 0.054 0.087 0.140 0.22 0.35 0.54
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 117
Other commonly used tolerances
Dia. 16 - 25 Dia. 15 - 25 h3.2 to 6 Dia. 6.5 -10 Dia. 6.5 - 10 Dia. 3.5 to 6 Dia. 8 to 12.99
±0.5 ±0.5 +0/ -0.075 +0/ -0.090 +0/ -0.036 +0/ -0.018 ±0.04
Dia. 26 - 35 Dia. 26 -35 h7 to 10 Dia. 11 -18 Dia. 11 - 18 Dia. 6.5 to 10 Dia. 13 to 24.99
±0.6 ±0.6 +0/ -0.090 +0/ -0.043 +0/ -0.043 +0/ -0.022 ±0.05
Dia. 36 - 50 Dia. 36 -50 h11 to 17 Dia. 19 -30 Dia. 19 - 30 Dia. 11 to 18 Dia. 25 to 37.99
±0.8 ±0.8 +0/ -0.110 +0/ -0.130 +0/ -0.052 +0/ -0.027 ±0.06
Dia. 51 - 80 Dia. 51 - 80 h19 to 30 Dia. 32 -50 Dia. 32 -50 Dia. 19 to 30 Dia. 38 to 100.0
±1.0 ±1.0 +0/ -0.130 +0/ -0.160 +0/ -0.062 +0/ -0.033 ±0.08
Dia. 101 - 120 Dia. 101 - 120 h55 to 65 Dia. 85 - 120 Dia. 85 - 120 Dia. 52 to 80
±1.5 ±1.5 +0/ -0.190 +0/ -0.220 +0/ -0.087 +0/ -0.046
Dia. 121 - 160 Dia. 121 - 160 Dia. 125 - 180 Dia. 125 - 180 Dia. 85 to 120
±2.0 ±2.0 +0/ -0.250 +0/ -0.100 +0/ -0.054
Dia. 161 - 200 Dia. 161 - 200 Dia. 200+ Dia. 200+
±2.5 ±2.5 +0/ -0.290 +0/ -0.115
118 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Equivalence between standards
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 119
European standards
Other rules
DINNormen 17440/17441/17455/17457/17458
TÜV-Werkstoffblätter
120 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
The most common certificates as per EN 10204
–– “Type 3.1” inspection certificate (former name 3.1B)
The inspections concern the delivered batch (or an inspection unit of which the batch forms part).
The signatory is the mill’s authorised inspection representative who is independent of the manufacturing department.
Attestation de conformité
Werkbescheinigung Attesto di conformità all’ordinazione Certificate of compliance with the order
à la commande
Certificato d’attestazione
Werksprüfzeugnis Certificat d’attestation d’usine Manufacturer’s test certificate
di stabilimento
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 121
Our certificates
All our certificates are online on our website www.ugitech.com
ISO 13485 ISO/CEI 17025 TÜV AD2000 TÜV PED 2014/68/ TÜV PED 2014/68/
Ugitech SA COFRAC accreditation W0_Ugitech SA EU-AD 2000 W0 EU Ugitech Ugine
of Ugine laboratories Ugitech ITALIA Srl
EDF CEIDRE Marine Lloyd’s Register Marine Offshore Marine the DNV GL NORSOK M650
Qualification Stock Bureau Veritas UNS 32750
RCC-M Barres F53 MDS-D57
1.4410 bars
122 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Linear weight (kg/m)
Round, hexagonal and square steel bars (for smaller
or intermediate sizes, take sub-multiples or multiples of the
dimensions)
Dimensions Dimensions
(mm) Round Hexagon Square (mm) Round Hexagon Square
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 123
Linear weight (kg/m)
Round, hexagonal and square steel bars (for smaller
or intermediate sizes, take sub-multiples or multiples of the
dimensions)
Dimensions Dimensions
(mm) Round Hexagon Square (mm) Round Hexagon Square
124 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Environment/Energy
Ugitech combines the sustainable devel- The EMAS certification explicitly and fully includes the require-
ments of the ISO 14001 standard, but nevertheless differs from
opment of steel with Corporate Social
it through its principle of mandatory transparency regarding
Responsibility. communication (objectives set and results obtained).
To support the company’s long-term development, an HSE This Ugitech Ugine Energy Management System has ISO 50001
policy (Health, Safety, Environment) has been established. It certification. This standard aims at improving energy perfor-
is deployed notably via an environmental policy specific to mance. Its introduction is therefore a potential source of en-
each plant. ergy savings to cope with the scarcity of energy and constantly
rising energy prices, while helping to reduce greenhouse gas
This Environmental Management System has ISO 14001 certifi- emissions. Our policy is to communicate transparently with our
cation, for Ugitech Ugine, Bourg-en-Bresse, Imphy and Brionne authorities, our customers and all our interested stakeholders.
plants and also at SMEZ in Reichshof and Ugitech Italia in Milan. That is why we provide you with a variety of information con-
cerning our atmospheric emissions, water discharges, energy
This standard concerns environmental management. It is based consumption, etc.
on the principle of continual improvement of environmental per-
formance by managing the impacts related to the company’s
activity. Ugitech Italia also has EMAS certification.
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 125
Notes
126 | Technical appendices Document not contractually binding. See disclaimers at back cover page of this document.
TECHNICAL APPENDICES
Notes
Document not contractually binding. See disclaimers at back cover page of this document. Technical appendices | 127
Ugitech SA
France
Avenue Paul Girod CS90100
73403 UGINE Cedex
Tel. : + 33 (0)4 7989-3030
www.ugitech.com