|
 |
-
HBMCBAR 200
-
Mechanical properties SIZE(mm) Tensile Strength
Anticipated Values
min (N/MM²)
> ≤ 30 50 200 50 100 180 100 200 160 200 310 Negotiation Reference EN-1561-2011 Hardness range:
HB120-200 Result from R/2.
There is difference from core to edge.
Chemical composition C Si Mn P S 3.1-3.6% 2.2-3.2% 0.6-0.9% ≤0.10% ≤0.08% Chemical composition only for reference
Note: Mechanical propertise is gotten from test bar.
Test bar is taken from iron bar itself, in the middle of radius of iron bar.
-
-
HBMCBAR 250
-
Mechanical properties SIZE(mm) Tensile Strength
Anticipated Values
min (N/MM²)
> ≤ 30 50 250 50 100 220 100 200 200 200 310 Negotiation Reference EN-1561-2011 Hardness range:
HB160-240 Result from R/2.
There is difference from core to edge.Chemical composition C Si Mn P S 3.0-3.6% 2.2-3.2% 0.5-0.8% ≤0.10% ≤0.08% Chemical composition only for reference
Note: Mechanical propertise is gotten from test bar.
Test bar is taken from iron bar itself, in the middle of radius of iron bar.
-
-
HBMCBAR 300
-
Mechanical properties SIZE(mm) Tensile Strength
Anticipated Values
min (N/MM²)
> ≤ 30 50 300 50 100 260 100 200 240 200 310 Negotiation Reference EN-1561-2011 Hardness range:
HB190-260 Result from R/2.
There is difference from core to edge.Chemical composition C Si Mn P S 2.9-3.5% 2.2-3.2% 0.8-1.2% ≤0.10% ≤0.08% Chemical composition only for reference
Note: Mechanical propertise is gotten from test bar.
Test bar is taken from iron bar itself, in the middle of radius of iron bar.
-
-
HBMCBAR 400-15
-
Mechanical properties Size(mm) Anticipated Values Tensile Strength min(N/MM²) Elongation (%) min 0.2% Yield Strength Min. (N/MM²) Hardness(HB) 30<t≤60 370 11 240 135-180 60<t≤200 350 8 230 200<t≤400 Negotiation Reference EN1563-2011 Microstructure Type Ⅰ&Ⅱnodular graphite.
Casted:Matrix is ferrite with less 20% pearlite.
With heat treatment: Matrix is 100% ferrite.
Chill carbides is less than 3%.Chemical composition C Si Mn P S 3.4-3.9% 2.3-3.1% ≤0.07% ≤0.10% ≤0.02% Chemical composition only for reference
Note: Mechanical propertise is gotten from test bar.
Test bar is taken from iron bar itself, in the middle of radius of iron bar.
Heat treatment if needed, please kingly inform.
-
-
HBMCBAR 450-12
-
Mechanical properties Size(mm) Anticipated Values Tensile Strength min(N/MM²) Elongation (%) min 0.2% Yield Strength Min. (N/MM²) Hardness(HB) 30<t≤60 420 10 260 160-210 60<t≤200 400 8 240 200<t≤400 Negotiation Microstructure Type Ⅰ&Ⅱnodular graphite.
Casted:Matrix is ferrite with less 10% pearlite.
With heat treatment: Matrix is 100% ferrite.
Chill carbides is less than 3%.Chemical composition C Si Mn P S 3.2-3.7% 2.4-3.1% ≤0.4% ≤0.07% ≤0.02% Chemical composition only for reference
Note: Mechanical propertise is gotten from test bar.
Test bar is taken from iron bar itself, in the middle of radius of iron bar.
Heat treatment if needed, please kingly inform.
-
-
HBMCBAR 500-7
-
Mechanical properties Size(mm) Anticipated Values Tensile Strength min(N/MM²) Elongation (%) min 0.2% Yield Strength Min. (N/MM²) Hardness(HB) 30<t≤60 450 5 280 170-230 60<t≤200 400 3 260 150-230 200<t≤400 Negotiation Reference EN1563-2011 Microstructure Type Ⅰ&Ⅱnodular graphite.
Casted:Matrix is ferrite with less 50% pearlite.
Chill carbides is less than 3%.Chemical composition C Si Mn P S 3.2-3.7% 2.3-3.1% ≤0.4% ≤0.07% ≤0.02% Chemical composition only for reference
Note: Mechanical propertise is gotten from test bar.
Test bar is taken from iron bar itself, in the middle of radius of iron bar.
-
-
HBMCBAR 600-3
-
Mechanical properties Size(mm) Anticipated Values Tensile Strength min(N/MM²) Elongation (%) min 0.2% Yield Strength Min. (N/MM²) Hardness(HB) 30<t≤60 550 2 340 190-270 60<t≤200 500 1 320 200<t≤400 Negotiation Reference EN1563-2011 Microstructure Type Ⅰ&Ⅱnodular graphite.
Casted:Matrix is ferrite with less 50% pearlite.
Chill carbides is less than 3%.Chemical composition C Si Mn P S 3.2-3.7% 2.3-3.2% 0.3-0.8% <0.08% <0.03% Chemical composition only for reference
Note: Mechanical propertise is gotten from test bar.
Test bar is taken from iron bar itself, in the middle of radius of iron bar.
-