|
|
发表于 2008-8-6 12:26:00
|
显示全部楼层
来自： 中国上海
Designation: X1NiCrMoCu32-28-7
9 W4 c7 {# B8 o . H1 r0 d: i* R4 g+ @
Material Number: 1.4562
% i" ]) O1 l$ J/ l& _7 p) e, W2 [
# P% I8 D4 V4 S Material Type: Stainless steel, austenitic a; l' L8 t$ f1 _# C
. B; { i1 S E. J8 F
Organisation: European Registration Office & f- m6 n% f {
( _9 P; V8 Y9 f% u7 J; e Region: Europe
5 b6 }1 c- G$ _! E* Y p# H m- { w/ S. ]) g7 v
! ^) r- d4 B! N6 ~; K# [% z
Element Min. [%] Max. [%] , q, ?4 ~0 S1 p8 F" ?
C 0,015
; E4 q1 G$ D1 H- Y# s( J 5 \, }' ^: P7 g3 X, Z: U- j
Si 0,3
5 ?, C7 s5 H2 e7 g : I; O. h; F: W! N8 a( I! `
Mn 2
* w% x( S, P! `$ }2 t( w
2 T, }, d m5 A" P. q+ g7 S P 0,02 : w9 \2 Q5 z; p) i
]/ w0 T& F- O7 l( o+ O S 0,01
5 Q' k6 i0 X2 m6 E
1 O. g5 Q4 A" p. f5 O N 0,15 0,25 # p8 |9 e$ ^- w6 n
7 t0 j, _2 \- q# J% U5 F8 {; v
Cr 26 28 . A" J7 l* t" ~3 b% m) e
3 A9 D% U8 Z: Q8 ^2 J
Mo 6 7
2 j( `* n3 E9 [+ C " L7 M2 p( p- V: }8 o/ ^
Ni 30 32
6 u* S, h, Q$ w2 d n- H$ i! t) y # @4 k3 p. }! A& U9 D4 ^- h
Cu 1 1,4 , k. U' a, w. u( k
1 B" j! \+ ]% ?, l. [Strip, sheet ' U! [2 \2 v( [0 V$ l; c4 T( l
. g; b+ F/ ~6 l S& ?$ m Forgings
) P0 g/ N) o5 f; O- `$ L$ S
" @+ ^6 B1 G/ `3 Y Rods
& k9 q1 p& e; h; ^( l
" Z" X4 L9 ]- P Wire
; ~9 E L8 y2 l; y e# I; M) U& A
0 w( v* L. N% e Tubes
3 [& z& Q q5 t% f
. H1 v4 L% c0 v
' V" z1 V/ O) N& C Treatment Condition ( B3 R2 K. J3 a# Y1 J' W; c2 f
- z5 E) W1 M- i5 E @) M quenched
' N6 C/ s6 |3 [8 G' y
% c( ]+ ~; z @2 b5 _0 Q6 L* N, ` 2 |: A' ^2 ?0 d% ^1 `5 A% P) x
+ L, ~6 W/ z+ y9 q) iDimension # p x) K3 h) A' l$ P
4 p0 N: V |; E" M max. (wall-) thickness, diameter [mm]: 20
/ ~# {! b# a% K7 [0 Q 4 Y0 P f' ^, O- X' v$ ~
max. (wall-) thickness, diameter [mm]: 25
4 t" f3 v3 s2 I ( ~' b* J% u5 F% q8 f$ |' x+ v
& g3 D! f3 C3 z$ c
9 h& \2 ]9 I9 U# f; n. \, C
hardness Rockwell B max.: $ F, }- a: ~5 E
" h; ]! W2 q+ P* L' d4 ? z6 C% a hardness Rockwell C max.: + }. j$ f* B! }6 s- S5 I
. R. _3 s9 D1 F( I; p: d/ Y
# [" }' C% j+ f$ ^5 T hardness Vickers max.:
( _! M* Y' M0 d* x2 u8 m% y ( {$ P5 s7 ]+ l3 ^0 {
hardness Brinell max.:
$ r0 q8 z* @: m& `
' F0 A. a0 W/ Q1 x5 n8 d 5 K4 \5 \5 [% g/ i3 t/ R
yield strength min. [MPa]: 190 9 Z. t3 r# X5 W, x' T& \. r
3 J" c8 p5 @, H0 V5 C! K
yield strength max. [MPa]: ) P- A7 [1 b; }" p+ T6 X9 V
: S! x0 A) ^2 u3 D
: z0 p: r4 _( d [6 j
1% - yield strength min. [MPa]: 225
5 r* {* B# p/ t$ ? 3 y) z" S: ^ U4 ]% t5 q+ f
0 X+ K/ y" w# D' Q: a" Z2 K3 v/ A
tensile strength min. [MPa]: 490 ) v7 x" P& Y: ]; @. J) z {/ L
8 M, U& H5 b1 c' z5 W% }8 x tensile strength max. [MPa]: 690
; O7 {( v: N- ?2 p, Y- N" @
7 y8 e, g* ~. B8 _6 j- M# Z `
" q# e; j# m2 q% Z: d elongation to fracture longitudinal min. [%]: 40
$ q$ o3 g3 P F# M 6 k* Z4 D9 L A! C" N
elongation to fracture transverse min. [%]: 40
$ \7 L+ F" D: q4 m6 l
! z' M) c6 ^- P reduction of area min. [%]: 4 e( ]8 }0 |3 r. n8 \: o# V# Q
2 Z7 Z4 O7 z& ?2 V3 c
+ T7 V( w4 B4 {) G3 J* { charpy v notch toughness transverse min. [J]: 90 ) m% V# z& ^! K9 J) c
5 s$ J& e+ \4 |4 @
charpy v notch toughness longitudinal min. [J]: 120 |
|
楼主