High Strength Steel

High Strength Low Alloy cold-rolled steels are designed for applications that require high strength without adding unnecessary weight. These materials have micro-alloying elements to provide high strength, good formability and good weldability perfectly suited for the production of strong, thin-gauge pressed parts.

HC260LA

HC300LA

HC340LA

HC380LA

HC420LA

HC460LA

Mechanical Properties

EN 10268: 2006	HC260LA
Yield strength Rp N/mm2	260 – 330
Tensile strength Rm N/mm2	350 – 430
Min. Elongation %	26

Chemical Composition

EN 10268:2006	HC260LA
C	0.10 Max.
Mn	1.0 Max.
Si	0.5 Max.
P	0.030 Max.
S	0.025 Max.
Al	0.015 Max.
Ti	0.15 Max.
Nb	0.09 Max

Mechanical Properties

EN 10268: 2006	HC300LA
Yield strength Rp N/mm2	300 – 380
Tensile strength Rm N/mm2	380 – 480
Min. Elongation %	23

Chemical Composition

EN 10268:2006	HC300LA
C	0.12 Max.
Mn	1.4 Max.
Si	0.5 Max.
P	0.030 Max.
S	0.025 Max.
Al	0.015 Max.
Ti	0.15 Max.
Nb	0.09 Max.

Mechanical Properties

EN 10268: 2006	HC340LA
Yield strength Rp N/mm2	340 – 420
Tensile strength Rm N/mm2	410 – 510
Min. Elongation %	21

Chemical Composition

EN 10268:2006	HC340LA
C	0.12 Max.
Mn	1.5 Max.
Si	0.5 Max.
P	0.030 Max.
S	0.025 Max.
Al	0.015 Max.
Ti	0.15 Max.
Nb 1	0.09 Max.

Mechanical Properties

EN 10268: 2006	HC380LA
Yield strength Rp N/mm2	380 – 480
Tensile strength Rm N/mm2	440 – 580
Min. Elongation %	19

Chemical Composition

EN 10268:2006	HC380LA
C	0.12 Max.
Mn	1.6 Max.
Si	0.5 Max.
P	0.030 Max.
S	0.025 Max.
Al	0.015 Min.
Ti	0.15 Max.
Nb	0.09 Max.

Mechanical Properties

EN 10268: 2006	HC420LA
Yield strength Rp N/mm2	420 to 520
Tensile strength Rm N/mm2	470 to 590
Min. Elongation %	17

Chemical Composition

EN 10268:2006	HC420LA
C	0.14 Max
Mn	1.6 Max
Si	0.5 Max
P	0.030 Max
S	0.025 Max
Al	0.015 Min
Ti	0.15 Max
Nb	0.09 Max

Mechanical Properties

EN 10268: 2006	HC460LA
Yield strength Rp N/mm2	460 – 580
Tensile strength Rm N/mm2	510 – 660
Min. Elongation %	13

Chemical Composition

EN 10268:2006	HC460LA
C	0.14 Max.
Mn	1.8 Max.
Si	0.6 Max.
P	0.030 Max.
S	0.025 Max.
Al	0.015 Min.
Ti	0.15 Max.
Nb	0.09 Max.