Share grade specs, discuss materials, and learn from peers across the global special steel industry.
Also known as: 1.0534 EN/DIN steel grade 1.0534 CHEMICAL COMPOSITION C:0.05-0.70;Si:0.10-0.50;Mn:0.30-1.60;P:≤0.045;S:≤0.045 TYPICAL APPLICATIONS General engi
Also known as: 1.0535 DIN structural / engineering steel grade 1.0535. CHEMICAL COMPOSITION C:0.10-0.20;Si:0.15-0.40;Mn:0.60-1.00;P:≤0.035;S:≤0.035 MECHANICAL
Also known as: 1.0536 EN/DIN steel grade 1.0536 CHEMICAL COMPOSITION C:0.05-0.70;Si:0.10-0.50;Mn:0.30-1.60;P:≤0.045;S:≤0.045 TYPICAL APPLICATIONS General engi
Stainless steel is grouped by microstructure: austenitic (304/316), ferritic (430), martensitic (410) and duplex. Austenitic grades offer the best corrosion res
Low-alloy chromium-molybdenum steels such as 4140 and 4340 are the backbone of demanding mechanical parts. 4140 is versatile (quench & temper to ~28-32 HRC), wh
Match filler metal to the base grade (e.g., 308L for 304, 316L for 316). Use low heat input to avoid sensitization, and prefer TIG/GMAW with proper shielding ga
The same steel appears under different designations worldwide: A36≈S235≈Q235, 304≈06Cr19Ni10≈1.4301. Equivalents are close but not always identical in chemistry
Demand for high-end special steels — stainless, alloy, superalloy and titanium — remains firm, driven by energy, aerospace, automotive light-weighting and chemi
Start from the service environment: corrosive? high temperature? high stress? Then weigh weldability, machinability and cost. A structured grade-selection table
Also known as: 08Х Russian GOST chromium steel 08Х. CHEMICAL COMPOSITION C:0.05-1.05;Si:0.10-0.50;Mn:0.30-1.00;Cr:0.40-1.60;P:≤0.030;S:≤0.030 TYPICAL APPLICAT
Also known as: 08пс GOST carbon/quality steel 08пс. CHEMICAL COMPOSITION C:0.10-0.20;Si:0.15-0.40;Mn:0.60-1.00;P:≤0.035;S:≤0.035 MECHANICAL PROPERTIES Tensile
Also known as: 08кп GOST carbon/quality steel 08кп. CHEMICAL COMPOSITION C:0.10-0.20;Si:0.15-0.40;Mn:0.60-1.00;P:≤0.035;S:≤0.035 MECHANICAL PROPERTIES Tensile
