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发表于 2008-8-6 12:26:00
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来自： 中国上海
Designation: X1NiCrMoCu32-28-7 ! O1 M* k+ z$ W5 v
t% |7 D# F5 N
Material Number: 1.4562 0 `- U7 }$ V2 L/ _9 Y, u5 l5 [
& a" ]+ ?. G' a9 b. g6 g$ |
Material Type: Stainless steel, austenitic 5 {9 r& Q1 u8 Q W
( h8 v" v3 w3 } k5 X* A8 T
Organisation: European Registration Office 5 C+ A: o! C1 Q( x9 c
2 z' U$ K" r0 F. D0 Z5 A, z4 N Region: Europe * X, C, H9 b1 H1 B
& I: `! F8 p0 S ]) [- P; H
, J, X" l E: K! R
Element Min. [%] Max. [%]
2 z- d6 ]0 y4 Y, e6 F' K C 0,015 3 \2 R" K( W4 d. n5 b4 W4 r
. @. T' N0 i8 \ w. y! S1 m1 F Si 0,3
( R% P% l( x9 W( s5 M7 J& U; y, Q
j2 t4 s5 ^( E$ c$ n7 n2 q6 Z) P Mn 2 . L. H& ~9 R, O$ f, [/ E
3 _$ d/ ?4 I- f7 U) F
P 0,02
0 H# d8 J, s0 }, R0 P2 r
" }$ d, I! T, F6 [$ [+ D S 0,01 : i/ k; _) Y, d
6 h. D- P' s% G" b/ C. a3 x N 0,15 0,25
; g" S! f6 O w9 S _9 @% |6 T* M/ [
Cr 26 28 . A8 P$ |1 U# @8 Y u4 ]. M- t" E1 @
3 S* k, W5 D- U2 @5 P2 J
Mo 6 7
5 }; N4 [/ s- ?9 b4 x # i" e/ v, R' I- b
Ni 30 32 / Z# q# U3 @; c0 D9 U% B' _2 ~
) P/ D. o0 M( W2 S) d- f
Cu 1 1,4 2 }7 \ w M- z( ]3 k, @ c0 t
# z8 v' m# z1 [$ l5 K( YStrip, sheet
, G; x% ]! B( Z% r4 j . Q' b0 h: j1 D% q8 U9 K
Forgings
6 @! v/ B& _( O: p- i, e 1 h" O1 @7 d, H0 [& d' R2 D k
Rods + C; o2 J. b: G" I
- Y2 c: j$ {5 ~+ F0 M Wire 7 Q) N1 `4 D$ |; Y3 g
' `1 C {; c h1 O+ V2 n& F Tubes 4 X: r4 p4 j0 P. i5 O. o
( S) d) L& C; c, ]# b
5 |: `( P# D3 T* d
Treatment Condition ! R6 p+ a# X7 G3 @1 |2 f) L
- r1 M% i' X* I
quenched
w* |9 t. c- G. Z6 E9 w+ O
8 e d3 U5 K% Y- A3 q+ L4 g
+ X$ M$ H! h, k
8 D4 v, z \; R2 L6 xDimension 5 y; M4 ^) V* B) Z6 J0 v3 h6 e
) T3 C* B2 g, r$ Q! C
max. (wall-) thickness, diameter [mm]: 20 ( j$ C; H9 r5 n$ W- ~; k
' M" T" B- [. ^6 f" s3 ?
max. (wall-) thickness, diameter [mm]: 25 . o v' N( n t
2 e! `: y* f+ ]! ]5 X 9 @: k! M! Z( ]9 q8 W
7 x. d4 V, F; w1 w; {- `! U% f. T1 D
hardness Rockwell B max.: " P4 m- u' X5 E/ w
- P4 D" E2 J+ A" J: I3 e$ w hardness Rockwell C max.:
" `' h. o8 i; z, W
- `% R2 M% s9 \, m4 Q a/ ^ ! h1 S% k# N; Q) `5 _
hardness Vickers max.:
+ o+ K5 f" n8 W
! }" W/ j/ z8 M9 O3 f. S+ h9 r hardness Brinell max.: 2 o6 f- ^; ?& m! J$ {% V
( ?, C& Y# ~- V
0 i2 n0 h! N3 C* x2 @1 q0 t yield strength min. [MPa]: 190 + ^$ Y. B. ?3 L1 W; ]
5 U, b( r2 T1 N+ ^8 x! @" F6 H yield strength max. [MPa]: , C* @. c5 A4 o; g0 w( t( T# i
+ _/ |6 z1 F8 Q1 H
2 j# W m2 v; F" q' ?6 e+ H
1% - yield strength min. [MPa]: 225 : D/ G5 n8 x: E. _- {
: T8 t: j" v' }* n8 A 2 g9 H- C5 b1 @* @9 }
tensile strength min. [MPa]: 490 8 x0 z, K) v3 ]- ?
$ U2 K5 o- T: C4 C tensile strength max. [MPa]: 690 8 z: P9 g, [* H7 a% m/ T# ]0 S
1 y' M$ {. T- k. r J$ v- L
8 F6 S% m% x, z+ O6 i elongation to fracture longitudinal min. [%]: 40
* ~2 N% i- _- ~8 `
4 O2 @$ T* D: w. G elongation to fracture transverse min. [%]: 40
8 ?$ c# r: ^( b& b$ f - `0 ? y$ c9 Y; L. [1 [1 V* z
reduction of area min. [%]:
0 }( t4 n$ q9 S" Z9 | + u: l$ A& r4 P& D
0 \+ o- V: u. Q- e. v0 N. _2 ?, o
charpy v notch toughness transverse min. [J]: 90
5 X8 G* o0 V5 [ ! ^# Z2 F. Y1 w) Q2 ^2 L4 v" j
charpy v notch toughness longitudinal min. [J]: 120 |
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