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
) G4 t, o. ~  M& Q% C(1) Cu value includes Ag.
(2) Ni value includes Co.
Note: Cu + Sum of Named Elements, 99.5% min.
6 |# O; Y% a' Z2 S

Applicable SpecificationsProductSpecificationBarSAE J461, J463ForgingsSAE J461, J463RodSAE J461, J463ShapesSAE J461, J463

  H/ s( x4 z0 k1 T% j! o8 ~9 Z* fCommon Fabrication ProcessesHot Forging and Pressing, Machining

$ k( n( _0 X# W6 n1 c, a: J: O. ZFabrication 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

1 v/ a! F+ S- B( I' K4 `6 K9 n
% ~" t3 ?9 j4 ~0 f% E
Tempers Most Commonly UsedFlat ProductsBAR, DRAWNH02, M30, O60
OtherRODH02, M30, O60SHAPESM30
  j: d6 e  J3 |3 m5 H/ {4 {4 U
Typical Uses
Industrial
2 T( [3 ]0 b) G) @. F$ @Cams, Gears, Wear Plates, Chain Guides, Shafts, Bushings, Food Conveyor Chain
Other
Connecting Rods

hurenchang

Mechanical Properties (measured at room temperature, 68 F (20 C)TemperSection
  O6 w/ Z* |/ l+ |SizeCold
WorkTyp/
MinTempTensile
3 L3 N2 X' w8 E6 CStrengthYield
Strength
(0.5% ext.
8 P( f3 T, P- n; J3 {: Funder load)Yield
Strength
(0.2%
offset)Yield
! O7 S+ ?5 G, g9 a, \  ^Strength
(0.05%
offset)ElRockwell
) {4 k8 @) _& QHardnessVickens
8 q- C0 j" l( t0 cHard.Brinell
Hard.Shear
9 }  Y+ {  a9 `( D( qStrengthFatigue
Strength*Izod
Impact
+ T% Z, y0 `( l7 {- B% K& `1 B& ?Strength
  ?! W9 J4 Q& K1 r3 |+ iin.%
" u/ i4 F4 L6 i9 hFksiksiksiksi%BCF30T5005003000ksiksift-lb
/ j$ O* A8 d6 l  O6 N! xmm.
$ [1 m0 o  c: H6 N5 n, s7 R% p
$ n0 E; f2 X6 tCMPaMPaMPaMPa


$ M# `* n' L- }+ d/ u
- n- ]4 x! }; A* E8 O: T$ p% N

) B' z0 ^7 F  @' J6 o5 Z
- E) K4 c9 ^( x: ?2 O  s7 b4 m. G
MPaMPaJBarM300.00TYP687838--2678--------0.0
0.0

" p# g9 T- a( A6 s8 n6 y20538262--2678--------0.0HR020.00TYP688545--2483--------0.0
0.0
9 Z% t$ T, l/ Y8 @8 a
20586310--2483--------0.0RodO600.750TYP687034--2878--------0.0
- ]; R2 M: T" }9 K! o1 C19
/ a: p; t& b: E9 S) g
  b# g8 v% G( w- e1 O0 v, l20483234--2878--------0.0HR020.750TYP689255--2087------48290.0
19

' v4 j& q$ K5 i& K20634379--2087------3312000.0

*Fatigue Strength: 100 x 10 6cycles,
. q2 T" Y0 h! D2 Uunless indicated as [N]X 106.