Metals -> Copper -> Copper-nickel alloys Characteristics of the material MN0.6 ( MN0.6, МН0.6 ).
Material : MN0.6 ( MN0.6, МН0.6 ) Classification : Copper-nickel alloys
Chemical composition in % of the material MN0.6 ( MN0.6, МН0.6 ) . Ni+Co Fe C Si S P Cu As Pb Sb Bi Impurity 0.57 - 0.63 max 0.005 max 0.002 max 0.002 max 0.005 max 0.002 99.27 - 99.43 max 0.002 max 0.005 max 0.002 max 0.002 all 0.1
Comment: Cu is a basis; the percentage of Cu is given approximately. Mechanical properties under Т=20o С of the material MN0.6 ( MN0.6, МН0.6 ) .
Assortment
Dimension
Direct.
s в
s T
d 5
y
KCU
Heat treatment - mm - MPa MPa % % kJ / m2 - soft 240-300 32-40 hard 380-450 3-6
Brinell hardness of the material MN0.6 ( MN0.6, МН0.6 ) , soft HB 10 -1 = 50 - 60 MPa
Physical properties of the material MN0.6 ( MN0.6, МН0.6 ) . T E 10- 5 a 10 6 l r C R 10 9 Grade MPa 1/Grade Watt/(m·Grade) kg/m3 J/(kg·Grade) Ohm·m 20 1.2 8960 310
Technological properties of the material MN0.6 ( MN0.6, МН0.6 ) . Melting temperature, °C : 1084 Forging temperature,°C : 800 - 930 Annealing temperature, °C : 500 - 600
Specification :
Mechanical properties :
s в - Tensile strength , [MPa]
s T - Yield stress, [MPa]
d 5 - Specific elongation at fracture , [ % ]
y - Reduction of area , [ % ]
KCU - Impact strength , [ kJ / m2 ]
HB - Brinell hardness , [MPa]
Physical properties :
T - Test temperature , [Grade]
E - Young modulus , [MPa]
a - Coefficient of linear expansion
(range 20o - T ) , [1/Grade]
l - Termal (heat) condition coefficient , [Watt/(m·Grade)]
r - Density , [kg/m3 ]
C - Specific heat
( range 20o - T ), [J/(kg·Grade)]
R - Electrical resistance , [Ohm·m]
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