Aços - Equivalencia de Normas

7/26/2019 Aos - Equivalencia de Normas

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Tabela para Consultas Rpidas - Aos - Equivalncia de Normas - CLA - Setembro de 2!

"bs# $tili%ar a &esi'na(o num)rica para pesquisar a composi(o qu*mica dos materiais# na C+ave do Ao ,ATEC-./R0 ou na internete1

Norma Frana Alemanha Italia Espanha USA Japo

EN 23 Aos de constru(o de uso 'eral

S185 1.0035 A33 St33 Fe320 A310-0 AS!-A283" # A5$%&' SS3(

S235J) 1.003* E2(-2 St3*-2 Fe3$0" (0A

S235J)+1 1.003$ USt3*-2 AE235"-FU

S235J)+2 1.0038 E2(-2 NE )St3*-2 Fe3$0"FN (0" AE235"-FN S!(00A

S235J, 1.011( E2(-3 St3*-3U Fe3$0& (0& AE235& AS!-A28(+r.& S!(00"

S235J2+3 1.011$ E2(-( St3*-3N Fe3$0 (0 AE235 S!(00&

S235J2+( 1.011* AS!-A3$

S2*5J) 1.00(( E28-2 St((-2 Fe(30" (3" AE2*5" SS(00 SS(1

S2*5J, 1.01(3 E28-3 St((-3U Fe(30& (3& AE2*5& AS!-A5*8+r.*0

S2*5J2+3 1.01(( E28-( St((-3N Fe(30 (3 AE2*5 AS!-A$33+r.A

S2*5J2+( 1.01(5 AS!-A5*2+r.(250

S355J) 1.00(5 Fe510" 50" AE355" S!(%0AS!50/A

S355J, 1.0553 E3$-3 St52-3U Fe510& 50& AE355& AS!-A((1 SS(%0"S!50/"

S355J2+3 1.05*0 E3$-3 St52-3N # St52-3 Fe510 50 AE355

S355J2+( 1.05** A52F ASt52 AS!-A*38

S3552+3 1.05%5 E3$-( Fe510 50 AS!-A$5$+r.50 SS(%0/"

S3552+( 1.05%$

E2%5 1.0050 A50-2 St50-2 Fe(%0 A(%0 AS!-5*0+r.50 # A5*2+r.50 SS50

E335 1.00$0 A$0-2 St$0-2 Fe5%0 A5%0 AS!-A5*2+r.$5

E3$0 1.00*0 A*0-2 St*0-2 Fe$%0 A$%0

1.0(01 &15 &15 &1$ 1&15 080A15 F111 S15&

1.0(02 &22 &20 &21 &25 055!15 F112 SAE-1020 SAE-1023 S20&

1.0(0$ 1&25 &25 &25 1&25 0*0!2$ SAE-1025

1.0501 1&35 &35 &35 1&35 080A35 F112 SAE-1035 SAE-10(0 S35& S35&!

1.0503 1&(5 &(5 &(5 1&(5 080!($ F113 SAE-10(5 SAE-10(3 S(5& S(5&!

1.0511 1&(0 &(0 &(0 1&(0 080!(0 F11(A SAE-1038 SAE-10(0 S(0&

esinao

Sim4lia

esinao

N6m7ria

+rane

"retane

AS!-A283& # A5*0+r.33 3$# SAE-1015

AS!-A283+r."& #A5*0+r.3$ # A5*3+r.$5

AS!-A28(+r.A # A5*3+r.58 #A5*0+r.3$& # A$11+r.&

AS!-A283 # AS!-A3$ #A5*3+r.58$5

AS!-A5*2+r.50 # A$*8+r.A #A5*3+r.*0

SAE-102(9SAE-152(9SAE-1518 # AS!-A5*2+r.50

S!(%0AS!520"S:500

&18 ;&18

AF3*&12

SAE-1015 SAE-101$

SAE-101*1&22 ;&20AF(2&20


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1.05(0 &50 &50 &50 0*0!50 1&50 SAE-10(% SAE-1050 S50&

1.0$03 &$8 ;&$5 &$* &$* 080A$* SAE-10*0 S*0&N

1.0535 &5( 1&55 &55 &55 1&55 0*0!55 F115 SAE-1055 S55& S55&!

1.0$01 &$0 1&$0 &$0 &$0 1&$0 0$0A$2 F11$ SAE-10$0 S58&1.1*30 &(5< SAE-10(5

$S454NAS AS!-A3$

USI SA) 50A "

EN 26 Aos para aparel+os de press(o simples

S=235 A3*A # E2(.( =I

S=2$5 A(2A # E28.( =II

235S 1.0112 AS!-A285+r."&

EN 27-2 Aos para Caldeiras

235+= 1.03(5 A3*& =I Fe3$0 1:< +r.3$0-1$1 A3*)&I S>2(

2$5+= 1.0(25 A(2& =II Fe(10 1:< +r.(30-1$1 A(2)&I

2%5+= 1.0(81 A(8& 1*!n( A(*)&I S>32

355+= 1.0(*3 A52& A1%!n$ A52)&I

1$!o3 1.5(15 153 15!o3 1$!o3 &-!o-2(0 1$!o3

13&r!o(-5 1.*335 15&(-05 13&r!o(.( 1(&r!o(.5 +r.2*-$20 1(&r!o(.5 AS!-A38*+r.12

10&r!o%-10 1.*380 10&%.10 10&r!o%.10 +1(&r!o%10 +r.31-$22 AS!-A38*+r.22 # A5(2 /E A"

11&r!o%-10 1.*383 12&r-!o%.10 12&r-!o%.10

1.0(82 A52 1%!n5

1.*332 1*&r!o35 AS!-A38*+r.2

1.*3$3 ?10&5.05 12&r!o1%.5 AS!-A38*+r.5

$S454NAS AS!-A285+r.A

AS!-A5*3+r.*0 # AS!-5*2+r.(2 # AS!-A52%+r.(2 #AS!-A*0%+r.250 # )S((-2

# ))S((-3

AS!-A5*2+r.50 # AS!-52%+r.50 # AS!-A*0%+r.3(5

AS!-A285+r.& # A(1(+r.&AS!-A51$+r.$555 #

A515+r.$555 # A((2+r.55

AS!-A285+r.& # A(1(+r.E #AS!-A51$+r.$0

S>315S>+(10S>+(50S>+(80

Fe510-1:+Fe($0 1:+(50S>+(80

AS!-A20(+r.A"& #AS!-A302+r.A"&

AS!-A(1(+r.F+AS!-A515+r.*0 # A3*+r.I

AS!-A285+r." #AS!-A51$+r.55


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AS!-A51$+r.$0

AS!-A51$+r.*0

AS!-A51* USI-SA) 80 #


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&50E 1.120$ ;&50 &50 0*0!50 SAE-10(% # SAE-1050 S50&

&55E 1.1203 ;&55 &55 &55 0*0!55 &55 SAE-1055 S55&

&$0E 1.1221 ;&$0 &$0 0*0!$0 SAE-10$0 # SAE-10$( S58&

1.1231 ;&$8 &$* &*0 0*0A*2 SAE-10*01.12(8 ;&*5 &*5 &*1 0$0A*8 SAE-1080

(2&r!o(C' 1.*225 (2&( (2&r!o( (2&r!o( SAE-(1(0 # SAE-(1(2 S&!((0

3(&r!o( 1.*220 SAE-(135

50&r!o( 1.*228 SAE-(1(5

51&r>( 1.815% SAE-$150

$S454NAS USI SA) 80

&4N 6;; Aos 4no5 ;$&r!o( 5&r!o1$:U (

&4N 6;; Aos 4no


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1.((28 ?2&N1%-15-0( ;2&rNi!o18 1$ ( ;2&rNi!o18 1$ 31*S12 AISI-31*@ SUS31*@

1.(5(1 ?$&N18-10 ;$&rNii18 10 ;$&rNii1811 321S31 F3523 AISI-321 SUS321

1.(550 ?$&NN18-10 ;$&rNiN18 10 ;$&rNiN1811 3(*S31 AISI-3(* SUS3(*

1.((35 ?3&N181(03 ;2&rNi!o18 1( 3 ;2&rNi!o1*13 31$S13 F352( -

&4N 6;; Aos 4no 18 AISI-((0" SUS((0"

1.(125 ?100&1* ;105&r!o1* AISI-((0& SUS((0&

&4N 6;; Aos 4no SAE-(1(0

1.*225 (2&( (2&r!o(> SAE-(1(0 S&!((5

1.*228 50&r!o( 50&r!o( SAE-(150 SN&!(3%

1.$5$5 3(&rNi!o8 (0&rNi!o$ SAE-(3(0 SN&!8

1.*033 3(&)( SAE-5130 S&r(35=

1.*03(3* 3*&r( &r( 3$&r!n( SAE-5131 S&r((0=B


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1.*035(1 (1&r( &r( (1&r( SAE-51(0 SU% AB

1.*1*$55 55&r3 &r3 55&r3 SAE-51$0 SU10

1.815% 51&>( 50&r>( 50&r>( SAE-$150

1.$5(5 30N&2 30Ni&r!o2-2 SAE-8$30 SN&N$1.$5($ (0N&2S (0Ni&r!o2-2 (0Ni&r!o22 SAE-8$(0

1.*228 50&r!o( SAE-8$50 SU$

1.502* $0Si* $0Si* $0Si* SAE-%2$0

Aos para Cementa(o

1.*321 20!o&r( SAE-(118 SN&!23

1.5%1% 20N&* 15&rNi$ SAE-(320 S&r( 15=B

1.*015 18&3 15&r3 SAE-5115 S!n&(20

1.*1(* 20!&5 20!n&r5 20!n&r5 SAE-5120

1.$523 20N&2 21Ni&r!o2 21Ni&r!o2+ SAE-8$201.5*52 1(Ni&r1( SAE-%315

AST5-A!7! Aos =erramenta Carbono

1.15(5 /105 &105 Tubos de ao

1.0308 U3*" St35 AS!-A53+r.A

1.030% St35.( AS!-A10$+r.A

1.0(08 U(8" St(5 AS!-A53+r."

1.0(18 St(5.( AS!-A10$+r."

1.0580 U52" St52 AS!-A252+r.3

&4N 662 Tubos de ao para transporte

1.030* A3* StE210.* AI 5@#@S +r.A

1.0(5* A(2 StE2(0.*

&4N !7 Aos =undidos

1.0(1$ 230-(00! +S 38

1.0(20 +S 38.3 SAE-1020

SN&!21SN&!220=B

AS!-A10$ # A53+r.A #A1*% # A1%2

AS!-A53+r." # A333+r.1$ #AI 5@#5@S +r."


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1.0((3 E23-(5! +S (5 A1 AS!-A2*+r.$0-30 # SAE-1025

1.0(($ E23-(5! +S (5.3 AS!-A2*+r.$5-35

1.0551 280-(80! +S 52 AS!-A2*+r.*0-35 # SAE-1030

1.0552 +S 52.31.0553 320-5$0! +S $0 &(5 AS!-A1(8+r.80-(5 # SAE-10(5

1.0558 +S $0.3

1.0555 +S $2

1.055% +S $2.3

1.055( +S *0

&4N 62;3 Aos =undidos ara Alta Temperatura

1.0$1% +S-&25

1.5(1% +S-22!o( AS!-A21$+r.


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EN 86 S$%0'@ 1.8%28 AS!-A51(+r.A"F='S

SE. 27 20!n!oNi(-5 1.$311 AS!-A533 /E "&

EN 8-2 S2*5N 1.0(%0 AS!-A5*2+r.(2

S2*5N@ 1.0(%1 AS!-A$33+r.A

S355N 1.05(5 AS!-A5*2+r.50

S355N@ 1.05($ AS!-A533+r.&

S(20N 1.8%02 AS!-A5*2+r.55$0

S(20N@ 1.8%12 AS!-A$33+r.E

S($0N 1.8%01 AS!-A5*2+r.$5

1.5$80 5Ni 12Ni1% AS!-A$(5

1.0201 F5 St3$ SAE-100$ SU!22

1.0*15 S250 %S!n28 &F%S!n28 SAE-1213

1.0%0( 55S* 55Si* 5SSi8 SAE-%25(

1.08(1 20!&5 St52-3 Fe52 SAE-5120

1.*33* 15&(.5 1$&r!o(.( 12&r!o%10 AS!-A38*+r.12.2 S&!(321.2330 3(&( 35&r!o( SAE-(135 S&!((0

1.2332 (2&( (*&r!o( SAE-(1(2 S&r((0

1.*0(5 (2&(S (2&r(1 SAE-51(0 SU%AB

1.*1*$ 55&3 55&r31 55&r31 SAE-5155 SUJ2 SUJ(

1.3505 100&$ 100&r$ 100&r$ SAE-52100

1.*131 1$!&5 1$!n&r5 1$!n&r$ SAE-5115

1.850% (0&A$.12 (2&rAl!o* (1&rAl!o8 AS!-A355+r.A

Li'as de /ron%e

! 23&83$00 2.10%$.01 &&(%1: @+2 SAE-(0 # AS!-"58( =5111 # =2203

&%3*00 2.11*%.03 &&(%5 @"3 SAE-$( # AS!-"58( =5115 # =220*

&%0*00 2.1052.03 &&(80 "1 # "2 SAE-$5 # AS!-"(2*

&%5300 2.0%*5.03 &&333+ A"2-& SAE-$8" # AS!-"1(8 =511(

&8$300 SAE-(30" # AS!-"58(

&%0300 SAE-$20 # AS!-"58( =5111 # =2203

&%3200 2.10%0.03 SAE-$$0 # AS!-"58(

+raitao


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+"#*00'253"

+"#*00'253"

J"#$3%*20B


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+"$$5(1$!n)


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+"$$5(1$!n)


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+"#30**(2&r!o


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(2&r!o


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Aços - Equivalencia de Normas

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