1.2080 | X210Cr12 | SKD1 | D3 | X12 | Cr12 | K100
1.2080 (DIN/Germany), is a high carbon, high chromium cold work tool steel. It is also known as SKD1, D3, Cr12, X210Cr12, K100, or X12, and is known for its excellent wear resistance. Key properties include dimensional stability, medium toughness and resistance to abrasive wear. Its composition (1.9-2.2% C, 11-13% Cr) forms hard chromium carbide. It can be heat-treated to a hardness of 58-64 HRC, and if you want to increase its wear resistance, it can be ground and polished. Many people tend to confuse AISI D3 with D2 tool steel. Because the application of D3 is similar to D2 tool steel. But alloy tool steel D3 has better wear resistance of both steels.
Cr12/D3/SKD1/1.2080/X12/X210Cr12/K100
|
Smelting and Manufacture Method: |
LF+VD+Forged/Rolled |
Delivery Condition: |
Annealed |
Delivery hardness: |
≤255 HBS |
UT Test Standard: |
Sep 1921-84 Class3 D/d,E/e |
Brand |
Fucheng steel |
Product origin |
China |
Supply capacity |
2000 Tons/Month |
Supply Range of AISI D3 Cold Work Steel
Round Bar:
- Diameter:16-400mm
- Length:3000-5800mm
Flat bar:
- Thickness:16-300mm
- Width:200-800mm
- Length:3000-5800mm
Surface Condition:
You can choose the surface state you want, if you have special needs, please contact us to help you customize.
- Black;
- Peeled/Grinded;
- Turned/Machined/Bright/Milled
Chemical Composition
D3/SKD1/1.2080/X210Cr12 |
Standard/Steel Grade |
Chemical Composition(%) |
C |
Si |
Mn |
Cr |
ASTM |
D3 |
2.0~2.35 |
0.10~0.60 |
0.20~0.60 |
11.0~13.5 |
DIN/W-Nr. |
X210Cr12/1.2080 |
1.9~2.20 |
0.10~0.40 |
0.15~0.45 |
11.0~12.0 |
JIS |
SKD1 |
1.9~2.20 |
0.10~0.60 |
0.20~0.60 |
11.0~13.0 |
APPLICATION
This versatile cold work tool steel is perfect for various demanding uses, including:
– Punching Dies: Perfect for silicon steel sheet punching, offering precision and durability.
– Thread Rolling Dies: Engineered for creating strong, high-quality threaded components with minimal wear.
– Drawing Dies: Designed for effective metal drawing applications, ensuring consistent shape and performance.
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