| Model: | h13 |
|---|---|
| Brand: | - |
| Origin: | - |
| Category: | Metallurgy , Mining & Energy / Metallurgy & Mining / Other Metallic |
| Label: | h13 |
| Price: |
-
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| Min. Order: | 1 pc |
| Live Chat: |  | Last Online:14 Jul, 2015 |
H13 belongs to the hot work die steel, steel alloy elementsis based on carbon steel is formed, the implementation of the standard GB/T1299 - 2000.
Mechanical properties
Hardness: 245 ~ 205HB, annealing, quenching, ≥ 50HRC
Delivery status
Brinell hardness (HBW10/3000 ≤ 235)
The main characteristics of
(1) has high hardenability and high toughness;
(2) excellent resistance to thermal cracking ability, can becooled in the workplace;
(3) with moderate wear resistance ability, but also can improve the surface hardness of carburizing or nitriding process is used, but slightly reduced thermal cracking capacity;
(4) because of its low carbon content, two times temperinghardening ability is poor;
(5) has the ability of anti softening at high temperature, but the temperature is higher than 540 ℃ (1000 ℉) hardnessdecreased rapidly (i.e., the ability of working temperature is 540 ℃);
(6) the small deformation and heat treatment;
Use
H13 die steel forging die for manufacturing impact loadlarge, hot extrusion die, forging; aluminum, copper and itsalloy die casting die.
Chemical composition of H13:
C:0.32~0.45
Si:0.80~1.20,
Mn:0.20~0.50,
Cr:4.75~5.50,
Mo:1.10~1.75,
V:0.80~1.20,
P ≤ 0.030,
S ≤ 0.030
Quenching: 790 degrees +-15 degrees preheating, 1000 degrees (salt) or 1010 degrees (controlled atmospherefurnace) +-6 degree heating, heat preservation 5~15min air cooled, 550 degree +-6 degree Tempering Annealing,thermal processing;
Quenching: 790 degrees +-15 degrees preheating, 1000 degrees (salt) or 1010 degrees (controlled atmospherefurnace) +-6 degree heating, heat preservation 5~15min air cooled, 550 degree +-6 degree Tempering Annealing,thermal processing;
H13 belongs to the hot work die steel, steel alloy elementsis based on carbon steel is formed, the implementation of the standard GB/T1299 - 2000.
Mechanical properties
Hardness: 245 ~ 205HB, annealing, quenching, ≥ 50HRC
Delivery status
Brinell hardness (HBW10/3000 ≤ 235)
The main characteristics of
(1) has high hardenability and high toughness;
(2) excellent resistance to thermal cracking ability, can becooled in the workplace;
(3) with moderate wear resistance ability, but also can improve the surface hardness of carburizing or nitriding process is used, but slightly reduced thermal cracking capacity;
(4) because of its low carbon content, two times temperinghardening ability is poor;
(5) has the ability of anti softening at high temperature, but the temperature is higher than 540 ℃ (1000 ℉) hardnessdecreased rapidly (i.e., the ability of working temperature is 540 ℃);
(5) has the ability of anti softening at high temperature, but the temperature is higher than 540 ℃ (1000 ℉) hardnessdecreased rapidly (i.e., the ability of working temperature is 540 ℃);
(6) the small deformation and heat treatment;
(7) the medium and high machinability;
(8) the secondary anti decarburization capacity.
More strikingly, it also can be used for the production of an important component of aviation industry.
Use
H13 die steel forging die for manufacturing impact loadlarge, hot extrusion die, forging; aluminum, copper and itsalloy die casting die.
Chemical composition of H13:
C:0.32~0.45
Si:0.80~1.20,
Mn:0.20~0.50,
Cr:4.75~5.50,
Cr:4.75~5.50,
Mo:1.10~1.75,
V:0.80~1.20,
P ≤ 0.030,
S ≤ 0.030
Quenching: 790 degrees +-15 degrees preheating, 1000 degrees (salt) or 1010 degrees (controlled atmospherefurnace) +-6 degree heating, heat preservation 5~15min air cooled, 550 degree +-6 degree Tempering Annealing,thermal processing;
H13 belongs to the hot work die steel, steel alloy elementsis based on carbon steel is formed, the implementation of the standard GB/T1299 - 2000.
Mechanical properties
Hardness: 245 ~ 205HB, annealing, quenching, ≥ 50HRC
Delivery status
Brinell hardness (HBW10/3000 ≤ 235)
The main characteristics of
(1) has high hardenability and high toughness;
(2) excellent resistance to thermal cracking ability, can becooled in the workplace;
(3) with moderate wear resistance ability, but also can improve the surface hardness of carburizing or nitriding process is used, but slightly reduced thermal cracking capacity;
(4) because of its low carbon content, two times temperinghardening ability is poor;
(5) has the ability of anti softening at high temperature, but the temperature is higher than 540 ℃ (1000 ℉) hardnessdecreased rapidly (i.e., the ability of working temperature is 540 ℃);
(6) the small deformation and heat treatment;
(7) the medium and high machinability;
(8) the secondary anti decarburization capacity.
More strikingly, it also can be used for the production of an important component of aviation industry.
Use
H13 die steel forging die for manufacturing impact loadlarge, hot extrusion die, forging; aluminum, copper and itsalloy die casting die.
Chemical composition of H13:
C:0.32~0.45
Si:0.80~1.20,
Mn:0.20~0.50,
Cr:4.75~5.50,
Mo:1.10~1.75,
V:0.80~1.20,
P ≤ 0.030,
S ≤ 0.030
Quenching: 790 degrees +-15 degrees preheating, 1000 degrees (salt) or 1010 degrees (controlled atmospherefurnace) +-6 degree heating, heat preservation 5~15min air cooled, 550 degree +-6 degree Tempering Annealing,thermal processing;
