The material QStE 360 TM belongs to the material group "Fine Grain Cold Pressed Steels". We also have the chemical analysis of QStE 360 TM available for you below. Material "QStE 360 TM" is made of Aluminum, Carbon, Manganese, Niobium, Phosphorus, Silicon, Sulfur, Titanium and Vanadium. In future we plan to add mechanical properties of "QStE 360 TM", complete data-sheets as well as a PDF-Overview for you to download. For now you can easyily inquire this steel-material without obligation by using our contact-form. For correct determination of the shipping costs we need your shipping address. Please keep in mind that a detailed calculation can take a few days, depending on quantity, shipping-adress as well as forms and materials. We will contact you in any case.
Steel-Material: QStE 360 TM (DIN/EN)

Thermomechanically rolled fine grain steels (EN 10 149, part 2)
Steel Material QStE 360 TM - Chemical Analysis
- Carbon (C%)≤0,12
- Silicon (Si%)≤0,50
- Manganese (Mn%)≤1,50
- Phosphorus (P%)0,025
- Sulfur (S%)0,02
- Cobalt (Co%)
- Chrome (Cr%)
- Aluminum (Al%)≥0,015
- Copper (Cu%)
- Nitrogen (N%)
- Plumb (Pb%)
- Molybdenum (Mo%)
- Niobium (Nb%)≤0,09
- Nickel (Ni%)
- Titanium (Ti%)≤0,15
- Vanadium (V%)≤0,20
- Tungsten (W%)
- Tellurium (Te%)
- Bismuth (Bi%)
- Beryllium (Be%)
- Boron (B%)
- Oxygen (O%)
- Iron (Ferrum) (Fe%)
- Hydrogen (H%)
- Zirconium (Zr%)
- Lanthanum (La%)
- Magnesium (Mg%)
- Cerium (Ce%)
- Tantalum (Ta%)
- Arsenic (As%)
- Tin (Sn%)
- Calcium (Ca%)
- Yttrium (Y%)
- Hydrogen content (H ppm%)
- Selenium (Se%)
- Hafnium (Hf%)
- Antimony (Sb%)
- Density7,85
Steel Material QStE 360 TM - Alternative Names
The material QStE 360 TM with the standard DIN/EN is also available with at least 0 alternative names, such as: DIN/EN: "S355MC", "QStE 360 TM" and ASTM: "A1008", "A1008", "1011Grade50Class2", "1011Grade50Class1".
Steel Material QStE 360 TM - Alternative Names List
- DIN/ENS355MC, QStE 360 TM
- ASTMA1008, A1008, 1011Grade50Class2, 1011Grade50Class1
DIN Norm of QStE 360 TM
The norm of steel material QStE 360 TM is EN 101492
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