Metals -> Zinc -> Zinc antifriction alloys Characteristics of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 ).
Material : TSÀM9-1.5 ( ÖÀÌ9-1.5 ) Classification : Zinc antifriction alloys
Chemical composition in % of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 ) . Fe Si Al Cu Pb Mg Zn Sn Cd Impurity max 0.15 max 0.1 9 - 11 1 - 2 max 0.03 0.03 - 0.06 86.59 - 89.97 max 0.01 max 0.02 all 0.35
Comment: Zn is a basis; the percentage of Zn is given approximately. Mechanical properties under Ò=20o Ñ of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 ) .
Assortment
Dimension
Direct.
s â
s T
d 5
y
KCU
Heat treatment - mm - MPa MPa % % kJ / m2 - cast in a metal mould 250-350 240-330 2-6 deformed 300-400 250-380 5-15
Brinell hardness of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 ) , cast in a metal mould HB 10 -1 = 90 - 115 MPa Brinell hardness of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 ) , deformed HB 10 -1 = 85 - 110 MPa
Physical properties of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 ) . 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 0.9 100.8 6100 100 27
Limiting operating condition of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 )
Load Speed Load * Speed Temperature
MPa m/s MPa * m/s Grade
9.8 8 80
19.5 10 100
Technological properties of the material TSÀM9-1.5 ( ÖÀÌ9-1.5 ) . Melting temperature, °C : 378 - 410 Linear shrinkage, % : 1.2
Specification :
Mechanical properties :
s â - 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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