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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 " B, u" o6 l0 @! `/ H& ^3 X, X
2 v9 T) J- a+ x' U; Z9 u; S+ B
Material Number: 1.4562 2 Q" G5 V0 S9 B: V# X! C
8 X! b- [/ U: a+ f9 t' w Material Type: Stainless steel, austenitic 9 h3 Z6 {$ L" G& X5 ]
; y; Y- ], P: X Organisation: European Registration Office " c6 y6 P! o1 @6 T8 }+ ^2 U- I+ o( [
, L# A& u0 ^& r6 M( s' k- H9 X
Region: Europe
+ U& M: j9 O/ z4 ~! c
' V O7 \, U$ |, {, \$ R3 d0 L* Q1 V8 C N% V4 x5 J4 ?4 i$ L
Element Min. [%] Max. [%] 4 j+ i$ Z% u: ~
C 0,015 , y. Z! n) E4 |* L
, I( I( Y3 J9 \3 @5 X
Si 0,3
5 e+ o- f* z2 U% l& I) B
' r% M* m1 v( Q4 k( b Mn 2
; h0 B X4 U+ w" k" `1 v3 s
( ?$ r: f; ~9 z4 P P 0,02 ) [5 e9 \* S% I$ S# `/ P, ^+ f
( E+ Q+ p; e; i* b5 r3 c
S 0,01
$ ~+ X/ H. e9 D$ a& Q \- ~! }1 [* C" j 0 s1 b' r# T- ?$ @
N 0,15 0,25 " w K1 X7 a' Z7 x
! p* P* x, q, @8 x) W h: F4 h
Cr 26 28 q6 J- c& o) B& @' |
& i- y p/ c9 `) m Mo 6 7 % I5 Q+ d# E! N% P# {
' E! `1 s) ^1 Z( k7 H( ` Ni 30 32
* h- |4 K" ]* y: K! ^6 y1 @* b4 a ) J; x( w+ k) T( ?/ Q
Cu 1 1,4 ) F3 r! z. k) ~, ?
) k, J% \/ _, w- H0 H) IStrip, sheet
& T0 [& q3 L3 x W J
: `6 R0 o+ c: O' `2 N# C8 x Forgings 7 h) {/ ~/ Q+ i q7 K; T
7 n% x% G p0 s, g Rods 7 l' q' U+ Z3 z& ?1 B
3 `& M0 ^! _( ^$ R7 Z; G
Wire V( r: e+ v. ^
0 }" R$ {* |1 C9 o( D Tubes \' R9 k* C3 |7 E# k0 Y
$ \7 U ` o" q5 a$ g G [ ~3 o, J' ?' w. f) I1 {
Treatment Condition
- A7 }$ G( U b0 L% U
. ~* Y; D) @& N- l+ n quenched 7 w. R! Q8 _9 T+ s, B7 R
2 ?0 @7 G- ?- O+ @2 ` 1 L; }! Q9 H, _
3 N& G8 I5 r f% ?" z/ K0 |* X
Dimension P7 ]# u2 f+ j: ?* s
2 |4 c; t3 s& ^ max. (wall-) thickness, diameter [mm]: 20
2 m: _- U' |6 k
6 i# L4 v% s- e6 H# G max. (wall-) thickness, diameter [mm]: 25
, Y; t E0 I* F& \4 y- }: i! [ 4 K0 _$ i9 M; z, k( E
" W# |- c8 o0 Q7 H- G$ O- }
) _( T( f* A7 p1 h$ F- C hardness Rockwell B max.: 5 S2 D$ P# }+ ?
/ e" k. z, e% S$ D9 \$ k$ t/ J" p hardness Rockwell C max.: 8 ~ T6 H* @0 |6 w$ c
: G! ~# p! F$ M& C J7 J# F
1 L: f3 v) |& G hardness Vickers max.:
/ Z. g0 G" W8 s+ Z! c- `0 L) Q - a- P& \' n) k D: d Z
hardness Brinell max.:
W& F! I: u3 F: n& x 2 [2 U" z, S3 f$ C5 v
Z: C/ u; v0 t
yield strength min. [MPa]: 190
* j3 [: D9 G8 s8 R6 V" p6 w
O& n: c3 v! v. [1 U5 ` yield strength max. [MPa]:
% d$ f2 i5 ]; v' U7 l ! _+ d& J M+ h @! C
. a1 O+ I3 a! N* B2 N; @3 ?' I E- B 1% - yield strength min. [MPa]: 225 / t: p9 A# f, }+ y. s" i, X
6 D+ |8 W' W" S4 M+ j7 n a 4 w; f( X: D4 j6 Z" z
tensile strength min. [MPa]: 490 ( e+ o1 u* Z7 [" l0 v7 e# u, C. K
4 }* S5 U; f' ^5 ]6 Z" I& r
tensile strength max. [MPa]: 690
W# g9 ~6 b6 d, W# \6 k p * I) H. ~, }3 U* c4 ?1 p
. i. Y# C" Y; R% t! i elongation to fracture longitudinal min. [%]: 40
7 L. W ?" k5 I3 N" A* e& u * a! y# q u9 ~! ~2 O
elongation to fracture transverse min. [%]: 40 * p" {9 X! }. i- L; Q
" f+ y) V v! w' }- L: e reduction of area min. [%]: 3 q4 }8 s2 h# I/ O* z( o6 o# z
Q. e( F% ]7 Y" d b , w- I$ c9 D$ r+ R" F# c
charpy v notch toughness transverse min. [J]: 90
" a# t% i. Z) c 1 n6 ]5 O/ _& S7 R n
charpy v notch toughness longitudinal min. [J]: 120 |
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