Copenhagen
Munich CampinaPloiesti
Bucharest
Esbjerg
Nisku
Poza Rica
Barrancabermeja
LimaCallao
Villa Mercedes
Santiago
Punta Arenas
Montevideo
Louisville
AlgomaTubes
Cedar Springs
Counce
Westwego
Tamsa
TuboCaribe
Machachi
Siderca
Siat
Aberdeen
Bakersfield Hickman
Conroe
Prudential
Red Deer
Manufacturing Centers
R&D Centers
Service Centers
Commercial Offices
Kuala Lumpur
Perth
Mexico CityVillahermosa
GuadalajaraDos Bocas
Ciudad del Carmen
NKKTubes
WarriOnne
Lagos
DalmineSilcotub
Batam
Darwin
Broome
SPIJ
Dammam
Rio das Ostras
LubaMalabo
Misurata New Delhi
Atyrau
Luanda
Confab
Jakarta
Villavicencio
Rio de Janeiro
Pittsburgh
Oklahoma City
Basra
Doha
Bahrain
Ashgabat
Mumbai
Ho Chi Minh
Balikpapan
Aksai
Monterrey
Comalcaco
Maputo
Neiva
Natal
Ankara
Erbil
Accra
T_map_Eng_Feb2014[1]WarmRed.pdf 1 28/03/14 11.17
Tenaris
Tenaris is the leading global manufacturer and supplier of tubular products and services used in the drilling, completion and production of oil and gas and a leading supplier of tubular products and services used in process and power plants and in specialized industrial and automotive applications.
Through our integrated global network of manufacturing, R&D and service facilities, we are working with our customers to meet their needs for the timely supply of high performance products in increasingly complex operating environments.Tenaris has annual revenues of US$10.8 billion and 26,500 employees worldwide.
Boiler_POGE_2014.indd 2 28/03/14 12.52
Definition of the orderOrdering Information- Norms and specifications- Steel grade and heat
treatment- Sizes, minimum or average
wall thickness
- Lengths- Quantity- Surface finishing- Inspection
Options:a) Fixed or multiple lengthsb) Special tolerancesc) Special testsd) Surface protectione) Special markingf) Colour codingg) Special packing
Reference standardsEN - ASTM/ASME - DIN -NF A - BS -UNI - ISO - GB 5310 - GOST - JIS
Steel gradesCarbon steel; alloy steel (i.e.T/P11, 13CrMo4-5, T/P22, 10CrMo9-10, 15NiCuMoNb5-6-4,T/P23); high alloy steel (i.e.T/P91, T/P92); stainless steel (TEMPALOY AA-1, TEMPALOY A-3 )
CertificationThe products are supplied with 3.1 test certificates, according to EN 10204.Certification according to 3.2 can be agreed at the time of order.
Identification and markingAll products are identified in accordance with the material Specification and/or in accordance with P O requirements (to be agreed). Special specific marking to be agreed.
PackingPipes may be furnished bare or coated and with capped ends. Tubes and pipes up to 3” OD will be supplied in bundles. In order to prevent rust during sea shipment, bundles of tubes may be wrapped with polypropylene sheets, and secured with flat steel bands. Over 3” OD will be supplied loose.
Tests and inspectionsMain tests performed:- Heat analysis- Product analysis (when
applicable)- Tensile test at room
temperature- Tensile test at elevated
temperatures (when applicable)- Impact test (when
applicable)- Hydraulic test or equivalent
NDE- NDE- Visual and dimensional
inspection- PMI- Technological tests (when
applicable)
Multi Lead R ifled seamless cold drawn tubes for boiler are available upon request.
Specific qualificationTenaris has been approved by various inspection bodies, TÜV - L.R. - etc.Homologations: - TÜV: AD W 0 - TRD 100- PED 97/23/EC- IBR
Tenaris applies a Total Quality Assurance programme in compliance with ISO 9001
Features
Seamless tubes and pipes for Power Plants
Boiler_POGE_2014.indd 3 28/03/14 12.52
Seamless hot finished tubes and pipes for utility boilers, industrial boilers and heat recovery steam generators
Lengths The tubes and pipes are supplied in random lengths or in fixed lengths to be analysed and agreed at time of order, in the range between 4,000 mm and 26,000 mm depending on the size.
SurfacesTubes and pipes will be supplied in accordance with the standard workmanship as per hot finished products.Special surface protection may be agreed at the time of order.
Other type of surface finishing may be agreed at the time of order
Size rangeSee table (page 6).
OUTSIDE DIAMETER
O.D. TOLERANCES
± 1% or ± 0.5 mm whichever is the greater
WALL THICKNESSO.D. mm TOLERANCES - W.T./O.D. ratio
≤ 0,025 >0,025 ≤ 0,050 > 0,050 ≤ 0,10 > 0,10
≤ 219,1 ± 12,5% or ± 0.4 mm whichever is the greater
> 219,1 ± 20% ± 15% ± 12,5% ± 10%*
* For outside diameters ≥ 355,6 mm it is permitted to exceed the upper wall thickness locally by a further 5% of the wall thickness- Tighter manufacturing tolerances available upon request
Dimensional tolerances according to EN 10216-2
Boiler_POGE_2014.indd 4 28/03/14 12.52
DIMENSIONAL RANGE FOR CARBON AND LOW ALLOY STEELS ACCORDING TO EN 10216-2Notes on the behaviour of steel at high temperatures
Boiler tubes and pipes opera-te at very high pressures and temperatures for long periods of time. The pressure load combined with the high service tempe-ratures produces a slow but continuous microstructural variation of the steel, causing a progressive reduction of the properties of the material it-self: this phenomenon is called “Creep”.Since 1957 TenarisDalmine has been conducing studies on this topic in cooperation with reco-gnized international R&D la-boratories. It is member of the European Creep Collaborative Committee and participates in European R&D programs on boiler materials.
Its creep laboratory conducts extensive studies and characte-rizations on all the boiler mate-rials, with single tests reaching durations of more than 100000 hours. Tenaris performs deep analyses on the microstructural evolution, in order to verify the long term stability of the mate-rials in service conditions.
1000 10000 100000 100000010010TIME [Hours]
EXAMPLE OF ISOTHERMAL CURVES FOR CREEP RUPTURE DATA
1000
100
0
550 C500 C
STR
ESS
[N/m
m2]
600 C
DIMENSIONAL RANGE
AVERAGE WALL THICKNESS
mm 2,0 2,3 2,6 2,9 3,2 3,6 4,0 4,5 5,0 5,6 6,3 7,1 8,0 8,8 10,0 11,0 12,5 14,2 16,0 17,5 20,0 22,2 25 28 30 32 36 40 45 50 55 60 65 70 80 90 100 150 200
21,3 0,840
22,0 0,866
25,0 0,985
25,4 1,000
26,9 1,060
30,0 1,185
31,8 1,250
32,0 1,260
33,7 1,330
35,0 1,378
38,0 1,500
40,0 1,575
42,4 1,670
44,5 1,750
48,3 1,900
52,0 2,010
54,0 2,125
57,0 2,245
60,3 2,375
63,5 2,500
70,0 2,760
73,0 2,875
76,1 3,000
82,5 3,250
88,9 3,500
101,6 4,000
108,0 4,250
114,3 4,500
127,0 5,000
133,0 5,240
139,7 5,500
141,3 5,563
152,4 6,000
159,0 6,250
168,3 6,625
177,8 7,000
193,7 7,625
219,1 8,625
244,5 9,625
273,0 10,750
323,9 12,750
355,6 14,000
406,4 16,000
457,0 18,000
508,0 20,000
559,0 22,000
610,0 24,000
660,0 26,000
711,0 28,000
812,0 32,000
914,0 36,000
1016,0 40,000
1118,0 44,000
0,079 0,091 0,102 0,114 0,126 0,142 0,157 0,177 0,197 0,220 0,248 0,280 0,315 0,346 0,394 0,433 0,492 0,559 0,630 0,689 0,787 0,874 0,984 1,102 1,181 1,260 1,417 1,575 1,772 1,969 2,165 2,362 2,559 2,756 3,150 3,543 3,937 5,906 7,874 inch.
AVERAGE WALL THICKNESS
OU
TSID
E D
IAM
ETER
Steel grades from Carbon up to 10CrMo5-5 (T/P11 according to ASTM A 213/A 335)
Alloy grades higher than 10CrMo5-5 feasibility ranges can be different; please contact Tenaris’ Technical Department
Upon request, provided by Third Parties
Boiler_POGE_2014.indd 5 28/03/14 12.52
Introduzione
ENEN 10216 Part 1 - TR2Unalloy
General useAmbient TemperaturePressure purposesP195TR1 P195TR2P235TR1 P235TR2P265TR1
P265TR2
ENEN 10216 Part 2UnalloyAlloy
Elevated TemperaturePressure purposesP195GHP235GHP265GH
20MnNb616Mo3
14MoV6-310CrMo5-513CrMo4-5
10CrMo9-1011CrMo9-10
25CrMo415NiCuMoNb5-6-4X11CrMo5+IX11CrMo5+NT1X11CrMo5+NT2X11CrMo9-1+IX11CrMo9-1+NTX10CrMoVNb9-1
7CrWVMoNb9-6X11CrMoWVNb9-1-1
X10CrWMoVNb9-2
53
Black Hot-deep zinc-coat.
A + Carbon equival
B + Carbon equival
106Carbon Steel
High Temp.
A + High temp serv
B + High temp serv
C + High temp serv
106Carbon Steel
High Temp.
A + Carbon equival
B + Carbon equival
C + Carbon equival
179Low-Carbon Steel
Cold-DrawnHeat-Exchanger
Low C
192Carbon Steel
BoilerHigh-pressure
Low C
209C-Mo
Superheater
T1 T1a T1b
210Medium-carbon
BoilerSuperheater
A1
C
213Alloy (Ferr.& Aust.)
Heat-ExchangerBoilerSuperheater
T2
T17
T11T12
T21T22
T36T5
T9
T91
T23T911
T92
UNS S-30434 1
UNS S-30942 2
335Alloy (Ferr.)
High Temp.
P1P2
P11P12P15P21P22
P36P5
P9
P91
P23P911
P92
1629Unalloyed
Special Quality Requirem.
St 37.0
St 44.0
St 52.0
17175
Elevated Temp.
St 35.8St 45.8
17 Mn 419 Mn 5
15Mo3
14MoV63
13CrMo44
10CrMo910
ASNiCuMoNbS(**)
X10CrMoVNb91(*)
1630Unalloyed
Pressure purposes300 °C max
St 37.4
St 44.4St 52.4
17176
Elevated Temp.For Hydrogen Service
13CrMo44
10CrMo91012CrMo910
12CrMo121025CrMo4
12CrMo195(G)12CrMo195(V1)12CrMo195(V2)X12CrMo91(G)X12CrMo91(V)
49-111 (p)
Commercial qualityMedium Pressure
TU 37-a
49-210
49-112
Ambient Temp.
TU E 220 A
TU E 235 A
49-211Alloy
Elevated Temp.
TU E 220TU E 250TU E 275
49-213UnalloyAlloy (Mo & Cr-Mo)Elevated Temp.
TU 37 C - TU 42 C - TU 42CR
TU 48 C - TU 48 CRTU 48 C - TU 48 CRTU 52 C
TU 15 D 3
TU 10 CD 5-05TU 13 CD 4-04
TU 10 CD 9-10
TU Z 12 CD 05-05 aTU Z 12 CD 05-05 b
TU Z 10 CD 09 aTU Z 10 CD 09 b
TU Z 10 CDNbV 09-02
49-215 (p)Unalloy Alloy (Ferritic)Heat-Exchanger
TU 37 C - TU 42 C
TU 48 C
TU 15 D 3
TU 15 CD 2-05
TU 10 CD 5-05
TU 10 CD 9-10
TU Z 10 CD 5-05TU Z 10 CD 9
49-219UnalloyAlloy (Mo & Cr-Mo)Elevated Temp.Furnaces
TU 37 F - TU 42 F
TU 15 D 3
TU 10 CD 5-05TU 13 CD 4-04
TU 10 CD 9-10
TU Z 12 CD 05-05 aTU Z 12 CD 05-05 b
TU Z 10 CD 09 aTU Z 10 CD 09 bTU Z 10 CDVNb 09-01
3059-1Carbon
BoilerSuperheaterNo elevated Temp.320
3059-2CarbonAlloyBoilerSuperheaterElevated Temp.
360440
243
620-460
622-490
629-470629-59091
3601Carbon Steel
Special Delivery Cond.Ambient Temp.Pressure purposes0
360
430
3602-1Carbon and C-Mn
Pressure purposesElevated Temp.
360430
500 Nb
3604-1Alloy (Ferritic)
Pressure purposesElevated Temp.
660621620 - 440
622
591625
629-470629-590
3606
Heat Exchangers
320400440
243
261
621620
622
625
663Unalloyed steel
General Purposes
Fe 35-1 Fe 35-2
Fe 45-1 Fe 45-2
Fe 52-1 Fe 52-2
5462
High-pressureElevated Temp.
C 14C 18
16 Mo5
14CrMo3
12CrMo910
7088
Fe 35-1
Fe 45-1
ISO9329-1Unalloyed steel
Ambient Temp.Pressurepurposes
TS 360
TS 410 TS 430
TS 500ISO
9329-2UnalloyAlloyPressure purposesSpecific Temp.
PH 23PH 26
PH 29
PH 3516Mo3
8CrMo4-5
12MoCr6-28CrMo5-513CrMo4-5
11CrMo9-10(TA) (TN-TT)
X11CrMo5TAX11CrMo5TN-TT
X11CrMo9-1TAX11CrMo9-1TN-TTX10CrMoVNb9-1
STANDARD CORRELATION BETWEEN EN - ASTM/ASME - DIN - NF A - BS - UNI - ISO
* Vd TÜV 511/2 – **Vd TÜV 377/2 | 1 TEMPALOY AA-1 | 2 TEMPALOY A-3
ASTM/ASME DIN NF
ASTM/ASME DIN NF
BS UNI
BS UNI
ENEN 10216 Part 3UnalloyAlloyFine GrainPressure purposes
P275NL1P275NL2P355NP355NHP355NL1P355NL2
P460NP460NHP460 NL1P460NL2P620QP620QHP620QLP690QP690QHP690QL1P690QL2
BS3603:91 (p)
430 LT
DIN
17179:86Fine Grain
Special requirements
St E 255WSt E 255TSt E 255E St E 255
St E 285WSt E 285T St E 285E St E 285St E 355W St E 355T St E 355E St E 355St E 420WSt E 420TSt E 420ESt E 420St E 460W St E 460T St E 460E St E 460
Requested Values
KV Trasvers Elongation Average Temperature A %J Min °C Min
According to Table 7 EN 10216-3 Requested values are 14depending from steel grades and wall thickness
HOT ROLLED TUBES FOR HIGH TEMPERATURE AND PRESSURE APPLICATIONS
Boiler_POGE_2014.indd 6 28/03/14 12.52
Introduzione
ENEN 10216 Part 1 - TR2Unalloy
General useAmbient TemperaturePressure purposesP195TR1 P195TR2P235TR1 P235TR2P265TR1
P265TR2
ENEN 10216 Part 2UnalloyAlloy
Elevated TemperaturePressure purposesP195GHP235GHP265GH
20MnNb616Mo3
14MoV6-310CrMo5-513CrMo4-5
10CrMo9-1011CrMo9-10
25CrMo415NiCuMoNb5-6-4X11CrMo5+IX11CrMo5+NT1X11CrMo5+NT2X11CrMo9-1+IX11CrMo9-1+NTX10CrMoVNb9-1
7CrWVMoNb9-6X11CrMoWVNb9-1-1
X10CrWMoVNb9-2
53
Black Hot-deep zinc-coat.
A + Carbon equival
B + Carbon equival
106Carbon Steel
High Temp.
A + High temp serv
B + High temp serv
C + High temp serv
106Carbon Steel
High Temp.
A + Carbon equival
B + Carbon equival
C + Carbon equival
179Low-Carbon Steel
Cold-DrawnHeat-Exchanger
Low C
192Carbon Steel
BoilerHigh-pressure
Low C
209C-Mo
Superheater
T1 T1a T1b
210Medium-carbon
BoilerSuperheater
A1
C
213Alloy (Ferr.& Aust.)
Heat-ExchangerBoilerSuperheater
T2
T17
T11T12
T21T22
T36T5
T9
T91
T23T911
T92
UNS S-30434 1
UNS S-30942 2
335Alloy (Ferr.)
High Temp.
P1P2
P11P12P15P21P22
P36P5
P9
P91
P23P911
P92
1629Unalloyed
Special Quality Requirem.
St 37.0
St 44.0
St 52.0
17175
Elevated Temp.
St 35.8St 45.8
17 Mn 419 Mn 5
15Mo3
14MoV63
13CrMo44
10CrMo910
ASNiCuMoNbS(**)
X10CrMoVNb91(*)
1630Unalloyed
Pressure purposes300 °C max
St 37.4
St 44.4St 52.4
17176
Elevated Temp.For Hydrogen Service
13CrMo44
10CrMo91012CrMo910
12CrMo121025CrMo4
12CrMo195(G)12CrMo195(V1)12CrMo195(V2)X12CrMo91(G)X12CrMo91(V)
49-111 (p)
Commercial qualityMedium Pressure
TU 37-a
49-210
49-112
Ambient Temp.
TU E 220 A
TU E 235 A
49-211Alloy
Elevated Temp.
TU E 220TU E 250TU E 275
49-213UnalloyAlloy (Mo & Cr-Mo)Elevated Temp.
TU 37 C - TU 42 C - TU 42CR
TU 48 C - TU 48 CRTU 48 C - TU 48 CRTU 52 C
TU 15 D 3
TU 10 CD 5-05TU 13 CD 4-04
TU 10 CD 9-10
TU Z 12 CD 05-05 aTU Z 12 CD 05-05 b
TU Z 10 CD 09 aTU Z 10 CD 09 b
TU Z 10 CDNbV 09-02
49-215 (p)Unalloy Alloy (Ferritic)Heat-Exchanger
TU 37 C - TU 42 C
TU 48 C
TU 15 D 3
TU 15 CD 2-05
TU 10 CD 5-05
TU 10 CD 9-10
TU Z 10 CD 5-05TU Z 10 CD 9
49-219UnalloyAlloy (Mo & Cr-Mo)Elevated Temp.Furnaces
TU 37 F - TU 42 F
TU 15 D 3
TU 10 CD 5-05TU 13 CD 4-04
TU 10 CD 9-10
TU Z 12 CD 05-05 aTU Z 12 CD 05-05 b
TU Z 10 CD 09 aTU Z 10 CD 09 bTU Z 10 CDVNb 09-01
3059-1Carbon
BoilerSuperheaterNo elevated Temp.320
3059-2CarbonAlloyBoilerSuperheaterElevated Temp.
360440
243
620-460
622-490
629-470629-59091
3601Carbon Steel
Special Delivery Cond.Ambient Temp.Pressure purposes0
360
430
3602-1Carbon and C-Mn
Pressure purposesElevated Temp.
360430
500 Nb
3604-1Alloy (Ferritic)
Pressure purposesElevated Temp.
660621620 - 440
622
591625
629-470629-590
3606
Heat Exchangers
320400440
243
261
621620
622
625
663Unalloyed steel
General Purposes
Fe 35-1 Fe 35-2
Fe 45-1 Fe 45-2
Fe 52-1 Fe 52-2
5462
High-pressureElevated Temp.
C 14C 18
16 Mo5
14CrMo3
12CrMo910
7088
Fe 35-1
Fe 45-1
ISO9329-1Unalloyed steel
Ambient Temp.Pressurepurposes
TS 360
TS 410 TS 430
TS 500ISO
9329-2UnalloyAlloyPressure purposesSpecific Temp.
PH 23PH 26
PH 29
PH 3516Mo3
8CrMo4-5
12MoCr6-28CrMo5-513CrMo4-5
11CrMo9-10(TA) (TN-TT)
X11CrMo5TAX11CrMo5TN-TT
X11CrMo9-1TAX11CrMo9-1TN-TTX10CrMoVNb9-1
STANDARD CORRELATION BETWEEN EN - ASTM/ASME - DIN - NF A - BS - UNI - ISO
* Vd TÜV 511/2 – **Vd TÜV 377/2 | 1 TEMPALOY AA-1 | 2 TEMPALOY A-3
ASTM/ASME DIN NF
ASTM/ASME DIN NF
BS UNI
BS UNI
ENEN 10216 Part 3UnalloyAlloyFine GrainPressure purposes
P275NL1P275NL2P355NP355NHP355NL1P355NL2
P460NP460NHP460 NL1P460NL2P620QP620QHP620QLP690QP690QHP690QL1P690QL2
BS3603:91 (p)
430 LT
DIN
17179:86Fine Grain
Special requirements
St E 255WSt E 255TSt E 255E St E 255
St E 285WSt E 285T St E 285E St E 285St E 355W St E 355T St E 355E St E 355St E 420WSt E 420TSt E 420ESt E 420St E 460W St E 460T St E 460E St E 460
Requested Values
KV Trasvers Elongation Average Temperature A %J Min °C Min
According to Table 7 EN 10216-3 Requested values are 14depending from steel grades and wall thickness
Boiler_POGE_2014.indd 7 28/03/14 12.52
Tenaris produces cold drawn seamless tubes/pipes in various steels - carbon, low or high alloyed - for heat exchangers and boilers.
LengthsTubes/pipes can be supplied in lengths of the intervalsindicated in the table below:
MIN. LENGTH MAX. LENGTH2.750 mm 25.000 mm
Below 4.000 mm and above 18.600 mm, lengths shall be checked on a case by case basis.
Surface protectionTubes for heat exchangers are supplied unprotected or with a temporary external oil protection to prevent rust.
Size rangeSee table (page 14).
DIMENSIONAL RANGE
AVERAGE WALL THICKNESS
mm 2,0 2,3 2,6 2,9 3,2 3,6 4,0 4,5 5,0 5,6 6,3 7,1 8,0 8,8 10,0 11,0 12,5 14,2 16,0 17,5 20,0 22,2 25 28 30 32 36 40 45 50 55 60 65 70 80 90 100 150 200
21,3 0,840
22,0 0,866
25,0 0,985
25,4 1,000
26,9 1,060
30,0 1,185
31,8 1,250
32,0 1,260
33,7 1,330
35,0 1,378
38,0 1,500
40,0 1,575
42,4 1,670
44,5 1,750
48,3 1,900
52,0 2,010
54,0 2,125
57,0 2,245
60,3 2,375
63,5 2,500
70,0 2,760
73,0 2,875
76,1 3,000
82,5 3,250
88,9 3,500
101,6 4,000
108,0 4,250
114,3 4,500
127,0 5,000
133,0 5,240
139,7 5,500
141,3 5,563
152,4 6,000
159,0 6,250
168,3 6,625
177,8 7,000
193,7 7,625
219,1 8,625
244,5 9,625
273,0 10,750
323,9 12,750
355,6 14,000
406,4 16,000
457,0 18,000
508,0 20,000
559,0 22,000
610,0 24,000
660,0 26,000
711,0 28,000
812,0 32,000
914,0 36,000
1016,0 40,000
1118,0 44,000
0,079 0,091 0,102 0,114 0,126 0,142 0,157 0,177 0,197 0,220 0,248 0,280 0,315 0,346 0,394 0,433 0,492 0,559 0,630 0,689 0,787 0,874 0,984 1,102 1,181 1,260 1,417 1,575 1,772 1,969 2,165 2,362 2,559 2,756 3,150 3,543 3,937 5,906 7,874 inch.
AVERAGE WALL THICKNESS
OU
TSID
E D
IAM
ETER
OUTSIDE DIAMETER
O.D. TOLERANCES
± 1% or ± 0.5 mm whichever is the greater
WALL THICKNESSO.D. mm TOLERANCES - W.T./O.D. ratio
≤ 0,025 >0,025 ≤ 0,050 > 0,050 ≤ 0,10 > 0,10
≤ 219,1 ± 12,5% or ± 0.4 mm whichever is the greater
- Tighter manufacturing tolerances available upon request
Dimensional tolerances according to EN 10216-2
Cold drawn seamless tubesfor heat exchangers and boilers
Boiler_POGE_2014.indd 8 28/03/14 12.52
REFERENCE STANDARDS AND STEEL GRADESSTANDARD STEEL GRADE
ASTM A 179 - ASME SA 179 Sez.II LOW CARBON
ASTM A106 - ASME SA 106 Sez.II Gr. A - B - C
ASTM A 192 - ASME SA 192 Sez.II LOW CARBON
ASTM A 209 - ASME SA 209 Sez.II Gr. T1- T1a
ASTM A210 - ASME SA210 Sez.II Gr. A1 - C
ASTM A 213 - ASME SA 213 Sez.II Gr. T2 - T5 - T11 - T12- T22
ASTM A 333 - ASME SA 333 Sez.II Gr. 1 - 6
ASTM A 334 - ASME SA 334 Sez.II Gr. 1 - 6
ASTM A 335 - ASME SA 335 Sez.II Gr. P1 - P2 - P5 - P11 - P12- P22
EN 10216-2 P235GH
EN 10216-2 P265GH
EN 10216-2 16Mo3
EN 10216-2 10CrMo55
EN 10216-2 13CrMo45
EN 10216-2 10CrMo910
EN 10216-2 25CrMo4
EN 10216-3 P355N
EN 10216-3 P355NH
EN 10216-3 P355NL1
EN 10216-3 P460N
EN 10216-3 P460NH
EN 10216-3 P460NL1
EN STANDARDS CORRESPONDENCE WITH THE ABROGATED NATIONAL STANDARD S STANDARD STEEL GRADE STANDARD STEEL GRADE STANDARD STEEL GRADE STANDARD STEEL GRADE STANDARD STEEL GRADE
EN 10216-2 P235GH DIN 17175 St 35.8 UNI 5462 C14 NFA 49215 TU 37 C
EN 10216-2 P265GH DIN 17175 St 45.8 UNI 5462 C18 NFA 49215 TU 48 C
EN 10216-2 16Mo3 DIN 17175 15Mo3 UNI 5462 16Mo5 NFA 49215 TU 15 D3
EN 10216-2 10CrMo55 BS 3606 621 NFA 49215 TU 10CD5.05
EN 10216-2 13CrMo45 DIN 17175 13CrMo44 BS 3606 620 UNI 5462 14CrMo3
EN 10216-2 10CrMo910 DIN 17175 10CrMo910 BS 3606 622 UNI 5462 12CrMo910 NFA 49215 TU 10CD9.10
EN 10216-2 25CrMo4
EN 10216-3 P355N DIN 17179 StE 355
EN 10216-3 P355NH DIN 17179 WStE 355
EN 10216-3 P355NL1 DIN 17179 TStE 355
EN 10216-3 P460N DIN 17179 StE 460
EN 10216-3 P460NH DIN 17179 WStE 460
EN 10216-3 P460NL1 DIN 17179 TStE 460
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DIMENSIONAL RANGE
mm
AVERAGE WALL THICKNESS
1 2 3 4 5 6 7 8 9 10 11 12
6 7 8 9 0 1 2 3 4 5 6 8 9 0 2 4 5 6 7 8 9 0 1 2 4 5 6 8 9 0 1 2 4 6 8 9 0 1 2 4 7 8 9 0 1 3 5 6 7 8 9 0 1 2 4 6 8 9 0 1 3 5 6 7 8 9 0 1 2 4 6 7 8 9 0 2 4 6 7 8 9 0 2 3 4 5 7 8
OU
TSID
E D
IAM
ETER 12,70 0,500
OU
TSID
E D
IAM
ETER
15,90 0,626
16,00 0,630
17,00 0,669
19,00 0,748
19,05 0,750
20,00 0,787
21,30 0,840
22,22 0,875
25,00 0,985
25,40 1,000
26,70 1,051
30,00 1,185
31,80 1,250
33,40 1,315
38,00 1,500
38,10 1,500
41,30 1,500
44,50 1,750
47,60 1,874
48,30 1,900
50,80 2,000
51,00 2,008
54,00 2,125
57,00 2,245
57,10 2,248
60,30 2,375
63,50 2,500
70,00 2,760
76,10 3,000
88,90 3,500
95,25 3,750
0,063 0,067 0,071 0,075 0,079 0,083 0,087 0,091 0,094 0,098 0,102 0,110 0,114 0,118 0,126 0,134 0,138 0,142 0,146 0,150 0,154 0,157 0,161 0,165 0,173 0,177 0,181 0,189 0,193 0,197 0,201 0,205 0,213 0,220 0,228 0,232 0,236 0,240 0,244 0,216 0,264 0,268 0,272 0,276 0,280 0,287 0,295 0,299 0,303 0,307 0,311 0,315 0,319 0,323 0,331 0,339 0,346 0,350 0,354 0,358 0,366 0,374 0,378 0,382 0,386 0,390 0,394 0,398 0,402 0,409 0,417 0,421 0,425 0,429 0,433 0,441 0,449 0,457 0,461 0,465 0,469 0,472 0,480 0,484 0,488 0,492 0,500 0,504
inch.WALL THICKNESS
10CrMo9-10 (EN 10216-2), T/P22 (ASTM A 213/A 335) and X11CrMo5 (EN 10216-2), T/P5 (ASTM A 213/A 335) steel grades excluded
Tolerances to be agreed with Tenaris’ Technical DepartmentCarbon and alloy steel grades up to X11CrMo5 (EN 10216-2), T/P5 (ASTM A 213/A 335) Sizes available upon agreement
DIMENSIONAL RANGE FOR CARBON AND ALLOY STEEL GRADES
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DIMENSIONAL RANGE
mm
AVERAGE WALL THICKNESS
1 2 3 4 5 6 7 8 9 10 11 12
6 7 8 9 0 1 2 3 4 5 6 8 9 0 2 4 5 6 7 8 9 0 1 2 4 5 6 8 9 0 1 2 4 6 8 9 0 1 2 4 7 8 9 0 1 3 5 6 7 8 9 0 1 2 4 6 8 9 0 1 3 5 6 7 8 9 0 1 2 4 6 7 8 9 0 2 4 6 7 8 9 0 2 3 4 5 7 8
OU
TSID
E D
IAM
ETER 12,70 0,500
OU
TSID
E D
IAM
ETER
15,90 0,626
16,00 0,630
17,00 0,669
19,00 0,748
19,05 0,750
20,00 0,787
21,30 0,840
22,22 0,875
25,00 0,985
25,40 1,000
26,70 1,051
30,00 1,185
31,80 1,250
33,40 1,315
38,00 1,500
38,10 1,500
41,30 1,500
44,50 1,750
47,60 1,874
48,30 1,900
50,80 2,000
51,00 2,008
54,00 2,125
57,00 2,245
57,10 2,248
60,30 2,375
63,50 2,500
70,00 2,760
76,10 3,000
88,90 3,500
95,25 3,750
0,063 0,067 0,071 0,075 0,079 0,083 0,087 0,091 0,094 0,098 0,102 0,110 0,114 0,118 0,126 0,134 0,138 0,142 0,146 0,150 0,154 0,157 0,161 0,165 0,173 0,177 0,181 0,189 0,193 0,197 0,201 0,205 0,213 0,220 0,228 0,232 0,236 0,240 0,244 0,216 0,264 0,268 0,272 0,276 0,280 0,287 0,295 0,299 0,303 0,307 0,311 0,315 0,319 0,323 0,331 0,339 0,346 0,350 0,354 0,358 0,366 0,374 0,378 0,382 0,386 0,390 0,394 0,398 0,402 0,409 0,417 0,421 0,425 0,429 0,433 0,441 0,449 0,457 0,461 0,465 0,469 0,472 0,480 0,484 0,488 0,492 0,500 0,504
inch.WALL THICKNESS
Tolerances to be agreed with Tenaris’ Technical Department
DIMENSIONAL RANGE FOR CARBON AND ALLOY STEEL GRADES
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For additional information, please visit www.tenaris.com
For technical assistance, please contact [email protected]
Tenaris has produced this brochure for general information only. While every effort has been made to ensure the accuracy of the information contained within this publication, Tenaris does not assume any responsibility or liability for any loss, damage, injury resulting from the use of information and data herein. Tenaris products and services are only subject to the Company’s standard terms and Conditions or otherwise to the terms resulting from the respective contracts of sale, services or license, as the case may be. The information in this publication is subject to change or modification without notice. For more complete information please contact a Tenaris’s representative or visit our website at www.tenaris.com. ©Tenaris 2012. All rights reserved.
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