W.NR. 1.2080

Tool Steels

Tool and Die Steel Includes Cold Work Steel, Hot Work Steel, Plastic Mould Steel, High Speed Steel. These tool materials adhere to great quality demands of steel like temper, strength, toughness, resistance to tempering, hardening capacity, dimensional stability etc. The range of Tool Steel in our store includes products from renowned manufacturers.

Main characteristics and applications

Cutting tools for sheets up to 4 mm thickness, trimming dies, blanking dies for paper and plastics, shear blades and rotary shear blades for sheet thicknesses up to 2 mm, drawing and deep-drawing tools. Woodworking tools, stone pressing tools, pressure pads and highly wear-resistant plastic moulds, profile rolls.

Comparable standards

DINW.NrAFNORAISI/ASIMJIS
X210Cr121.2080Z200C12D-3SKD1

Chemical composition (typical; in weight %)

CSiMnP (max)S (max)Cr
1.90-2.200.10-0.600.20-0.600.030.0311.0-13.0

Physical properties (reference values)

20°C100°C250°C350°C500°C600°C700°C
Coefficient of thermal expansion at °C 10-6 m/(W/mk)10.811.712.212.612.813.113.3
Thermal conductivity at °C (W/mk)16.7--20.5--24.2

Steel properties

12 % ledeburitic chromium tool steel with extreme wear resistance.

Heat treatment

TREATMENTTEMPERATUREHOLDING TIME (HT)COOLINGHARDNESS
AnnealingHeat to 800 – 840 °CMin. H.T. for 2 minute /mmFurnacemax. 250
Stress relievingHeat to 650 – 700 °CMin. H.T. for 2 minute /mmfurnace-
HardeningHeat to 930 – 960 and 950 - 980 °CMin. H.T. for 1 minute /mm oil Air (up to 30 mm thickness)64

Note

Hardening temperature HRC

°C100200300400500600
HRC636259575446

Time-temperature transformation diagram

Tempering diagram