谁知道HMn60－3－1－0.75材料特性

unxf

谁知道HMn60－3－1－0.75材料的屈服强度、弹性模量、泊松比、密度、抗减模量、压缩强度、张力强度、热扩张系数、热导率？

hurenchang

C67400与你说的产品很类似, 以下数据可参考.
Chemical Composition
(%max., unless shown as range or min.)Cu(1)AlFePbMnNi(2)SiSnZnMin./Max.57.0-60.0.50-2.0.35.502.0-3.5.25.50-1.5.30Rem.Nominal58.51.2--2.8-1.0-36.5
(1) Cu value includes Ag.
(2) Ni value includes Co.
Note: Cu + Sum of Named Elements, 99.5% min.

1 ?( q6 ], h: O' e" U- G9 D
Applicable SpecificationsProductSpecificationBarSAE J461, J463ForgingsSAE J461, J463RodSAE J461, J463ShapesSAE J461, J463

Common Fabrication ProcessesHot Forging and Pressing, Machining
. V3 O, f; c8 S: i& V9 K
0 y% P# y( y" [Fabrication PropertiesJoining TechniqueSuitabilitySolderingFairBrazingGoodOxyacetylene WeldingNot Recommended Gas Shielded Arc WeldingFairCoated Metal Arc WeldingNot Recommended Spot WeldGoodSeam WeldGoodButt WeldGoodCapacity for Being Cold WorkedPoorCapacity for Being Hot FormedExcellentForgeability Rating100Machinability Rating30

hurenchang

Physical PropertiesUS CustomaryMetricMelting Point - Liquidus1625 F885 CMelting Point - Solidus1590 F866 CDensity0.292 lb/in3 at 68 F8.08 gm/cm3 @ 20 CSpecific Gravity8.088.08Electrical Resistivity45.1 ohms-cmil/ft @ 68 F7.5 microhm-cm @ 20 CElectrical Conductivity23 %IACS @ 68 F0.135 MegaSiemens/cm @ 20 CThermal Conductivity58.0 Btu · ft/(hr · ft2·oF)at 68F100.4 W/m · oK at 20 CCoefficient of Thermal Expansion11.0 ·10-6 per oF (68-572 F)19.8 ·10-6 per oC (20-300 C)Specific Heat Capacity0.09 Btu/lb/oF at 68 F377.1 J/kg · oK at 293 KModulas of Elasticity in Tension16000 ksi110000 MPaModulus of Rigidity6000 ksi41370 MPa

6 Q' Q) G8 J: P8 X7 e) N' q

- L5 J5 Z5 z; ~( a9 h( \% sTempers Most Commonly UsedFlat ProductsBAR, DRAWNH02, M30, O60
+ Y9 }* V/ A$ x. `OtherRODH02, M30, O60SHAPESM30
" `' l( W; `% K0 x8 }5 z* f
5 o  `' u4 u3 I- D( \; tTypical Uses
Industrial
8 p" W2 h6 N$ FCams, Gears, Wear Plates, Chain Guides, Shafts, Bushings, Food Conveyor Chain
Other
7 [- u" W0 r  T/ b* YConnecting Rods

hurenchang

Mechanical Properties (measured at room temperature, 68 F (20 C)TemperSection
. I" D  s6 e: k" z4 n$ f! M* _SizeCold
WorkTyp/
MinTempTensile
4 J2 [& E6 g( l: gStrengthYield
; U' ~- W/ x5 i. `, E6 N% \Strength
(0.5% ext.
( n7 L. Y9 U' \! [' I0 D; \4 runder load)Yield
* N" e7 Z4 j/ F$ _Strength
4 @- v0 `: ^: w7 h& o4 c(0.2%
offset)Yield
3 l9 P4 C: |$ m0 A6 AStrength
: }% a* e1 H# g( l' J+ l0 B: N. a(0.05%
0 e7 p& Y& F$ t+ M0 poffset)ElRockwell
  O; k- @# J) {  D' Y2 ^/ s2 s4 vHardnessVickens
  n- C+ t3 p4 FHard.Brinell
+ a2 ~* }# W2 I4 `) `) SHard.Shear
StrengthFatigue
( V4 u( z% |- ?# }- [( c* ?Strength*Izod
Impact
% r2 N. [: Y1 v7 EStrength
6 u. O' _; \4 Y* }- S+ Nin.%
. ?9 m& a7 V$ h8 B# [" d; c+ mFksiksiksiksi%BCF30T5005003000ksiksift-lb
mm.
! _, l6 `% V  W( X4 ~
: t/ F% _2 y, E9 Y8 O0 vCMPaMPaMPaMPa
8 N% H* ]; P4 O, I% `
* \& e( I+ b2 O; T
8 @$ l* u4 X: \$ n7 ^1 U- ]; t
- s+ ~# ]* M7 _/ f5 ~1 {- r
& f+ G$ _& K4 Q+ x& D( y) [


) W5 A1 u6 F0 {! [( R5 l1 ~MPaMPaJBarM300.00TYP687838--2678--------0.0
5 |# D9 F( k! `4 @+ X3 c! }0 z, z0.0

5 t3 n4 H" W8 t" i' E20538262--2678--------0.0HR020.00TYP688545--2483--------0.0
2 ?. i& C2 b# {% N: i0.0

/ X# y; x" M2 r4 e20586310--2483--------0.0RodO600.750TYP687034--2878--------0.0
1 p9 w5 v; H$ t' R) J, m19
+ i1 f. C4 P4 X6 z
20483234--2878--------0.0HR020.750TYP689255--2087------48290.0
19

  `: q, ^# N- G6 x20634379--2087------3312000.0

*Fatigue Strength: 100 x 10 6cycles,
3 Z  e* G5 S2 [) r$ l- G7 [* N$ gunless indicated as [N]X 106.