S460, S500, S550, S620, S690, S890, S960 European standard high-strength steel plate composition performance introduction

1 Scope

The steel specified in this standard can be used for the production of hot-rolled plates with steel grades S460, S500, S550, S620, S690, S890, and S960 with a minimum nominal thickness of 3mm and a maximum nominal thickness of ≤150mm, and the specified steel after quenching and tempering The minimum yield strength is 460MPa1) to 960 MPa1)

2. Steel grades and varieties

The standard specifies 7 steel grades, and they have different yield strengths under ambient temperature conditions. All the steel grades to be supplied from the following varieties shall be specified when required.

–The minimum value specified for impact energy when the temperature is not lower than -20℃ (no mark).

–The minimum value specified for impact energy when the temperature is not lower than -50℃ is denoted by L.

–(Except for S960) The minimum value specified for impact energy when the temperature is not lower than -60℃ is represented by L1.

3. Name

–The standard number (EN 10025-6);

–The name and number of the steel; the name of the steel includes:

-Symbol S (structural steel);

-Thickness £ 50mm The description of the minimum yield strength specified, expressed in MPa1);

-Delivery terms Q;

-Specify the varieties with the initials L or L1 of the minimum impact energy when the temperature is not lower than -40℃ or -60℃.

Example: When the ambient temperature is 460MPa1), the minimum yield strength of structural steel is specified, in quenching and tempering delivery conditions (Q) and grade L:

Steel EN 10025-6-S460QL; or steel EN10025-6-1.8906.

4. Delivery terms

Quenching + tempering (Q).

Note: Quenching and then tempering directly after hot rolling is considered equivalent to conventional quenching and tempering.

5. Impact performance

–Q is at -20°C; –QL is at -50°C; –QL1 is at -60°C.
Table 5 Mechanical properties of quenched and tempered steel at room temperature

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Name	Minimum yield strength ReH MPa Nominal thickness mm	Tensile strength Rm MPa Nominal thickness mm	Minimum elongation after breaking,% L0=5.65√S0
According to EN 10027-1 and CR10260	Proportional EN 10027-2	3~50	＞50~100	＞100~150	3~50	＞50~100	100~150
S460Q S460QL S460QL1	1.89081.89061.8916	460	440	400	550-720	500-670	17
S500Q S500QLS500QL1	1.89241.89091.8984	500	480	440	590-770	540-720	17
S550Q S550QL S550QL1	1.89041.89261.8986	550	530	490	640-820	590-770	16
S620Q S620QLS620QL1	1.89141.89271.8987	620	580	560	700-890	650-830	15
S690Q S690QL S690QL1	1.89311.89281.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.89401.89831.8925	890	830	–	940-1100	880-1100	–	11
S960QS960QL	1.89411.8933	960	–	–	980-1150	–	–	10

Table 6 Minimum value of longitudinal V-shaped impact energy of quenched and tempered steel

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

Name	At test temperature	°C	in	J	The minimum value of the impact test
According to EN10027-1 and CR 10260	According to EN10027-2	0	-20	-40	-60
S460Q	1.8908
S500Q	1.8924
S550Q	1.8904
S620Q	1.8914	40	30	–	–
S690Q	1.8931
S890Q	1.8940
S960Q	1.8941
S460QL	1.8906
S500QL	1.8909
S550QL	1.8926
S620QL	1.8927	50	40	30	–
S690QL	1.8928
S890QL	1.8983
S960QL	1.8933
S460QL1	1.8916
S500QL1	1.8984
S550QL1S620QL1	1.89861.8987	60	50	40	30
S690QL1	1.8988
S890QL1	1.8925

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