1.2436 (X210CrW12) Tool Steel
1.2436 (X210CrW12)
Ledeburitic 12% chrome steel, excellent wear resistance due to the high volume of hard carbides in the steel matrix, high surface hardness after heat treatment, medium toughness, dimensionally stable, high compressive strength, not secondary hardenable. Similar to AISI D6
Manufactured by Dörrenberg Edelstahl.
What is 1.2436 (X210CrW12) (CPW) Material?
1.2436 (X210CrW12) tool steel is a cold work steel with a ledeburitic structure and 12% chromium content. It has very high wear resistance.
It is a tungsten-added version of 1.2080 steel. Compared to 1.2080, 1.2436 steel has better hardenability towards the core and higher toughness. However, it lacks secondary hardening capability.
The wear resistance of 1.2436 (X210CrW12) steel is higher than that of 1.2379, but its toughness is lower.
What is the Hardness Value of 1.2436 (X210CrW12) (CPW) Steel?
1.2436 (X210CrW12) cold work tool steel can reach a hardness of up to 62 Rockwell (HRC) in heat treatment furnaces.
What are the Mechanical Properties of 1.2436 (X210CrW12) (CPW) Steel?
You can find the material properties of 1.2436 (X210CrW12) in the "Technical Details" tab. All mechanical and material properties of 1.2436 (X210CrW12) steel are specified within this tab.
Where is 1.2436 (X210CrW12) (CPW) Steel Used?
1.2436 (X210CrW12) tool steel is preferred for cutting and bending molds of thin sheets, abrasive powder pressing molds, paper and plastic knives, profile relays, screw rubbing relays, rolling mill rolls, and cutting molds for silicon steel sheets up to 2 mm.
What is the Price of 1.2436 (X210CrW12) (CPW) Material?
The price of 1.2436 (X210CrW12) material varies depending on the product section, size, and surface quality. To access the prices of 1.2436 (X210CrW12) steel, you can use the "Switch to Online Sales" button on the homepage of www.saglammetal.com.
Chemical Composition
Code: 1.2436, CPW, X210CrW12
Carbon |
Chromium |
Wolfram |
C |
Cr |
W |
2,10 |
12,00 |
0,80 |
Heat Treatment
|
|
Temperature |
Cooling |
Hardness |
Soft annealing |
800 - 840 °C |
Furnace |
250 HB |
Stress Relief Annealing |
600 - 650°C |
Furnace |
|
Hardening |
960 - 980°C |
oil, pressure gas (N2), air or hot bath 500 - 550°C |
See Tempering Diagram |
Mechanical Properties
Hardness |
58 - 64 |
HRC |
Physical Properties
Coefficient of thermal expansion |
10,9 - 13,2 |
1/K * 10-6 |
Thermal conductivity ( (20°C) |
16,7 |
W/mK |
Density |
7,85 |
g/cm3 |
