High Strength Steel Plate En10025-6 S960ql1

High Strength Steel Plate En10025-6 S960ql1

S960Q steel plate implementation standard: EN 10025.

chemical component

grade	quality	C % Max	Si % Max	Mn % Max	P % Max	S % Max	N % Max	B % Max	Cr % Max	Cu % Max	Mo % Max	Nb % Max b	Ni % Max	Ti % Max b	V % Max b	Zr % Max b
All steel grades	(unsigned) L L1	0.20	0.80	1.70	0.025 0.020 0.020	0.015 0.010 0.010	0.015	0.005 0	1.50	0.50	0.70	0.06	2.0	0.05	0.12	0.15
a Depending on product thickness and manufacturing conditions, the manufacturer may add one or more alloying elements to the steel to increase the maximum value in order to obtain the specified properties b There should be at least 0.015% refined grain element present. Aluminum is one of these elements. The minimum content of soluble aluminum is 0.015%, if the aluminum content reaches a minimum of 0.018%, it is considered to reach this value, if there is doubt to determine the soluble aluminum content.

mechanical property
Table 4 Tempered steel ladle analysis based on maximum CEVa

name		according to	mm is the nominal thickness of the product The maximum CEV in %
EN 10027-1 And CR 10260	EN 10027-2	£ 50		>50 £ 100	>100 £ 150
S460Q	1.8908
S460QL	1.8906	0.47		0.48	0.50
S460QL1	1.8916
S500Q	1.8924
S500QL	1.8909	0.47		0.70	0.70
S500QL1	1.8984
S550Q	1.8904
S550QL	1.8926	0.65		0.77	0.83
S550QL1	1.8986
S620Q	1.8914
S620QL	1.8927	0.65		0.77	0.83
S620QL1	1.8987
S690Q	1.8931
S690QL	1.8928	0.65		0.77	0.83
S690QL1	1.8988
S890Q	1.8940
S890QL	1.8983	0.72		0.82	-
S890QL1	1.8925
S960Q	1.8941
		0.82		-	-
S960QL	1.8933
a See 7.2.3 for optional additions that affect the CEV.

 

Mechanical properties of tempered steel at room temperature

name		Minimum yield strength ReH MPa Nominal thickness mm			Tensile strength Rm MPa Nominal thickness mm			Minimum elongation after fracture, % L0=5.65√S0
EN 10027-1 and CR 10260	EN 10027-2	3~ 50	＞50 ~100	＞100 ~150	3 ~50	＞50 ~100	100 ~150
S460Q S460QL S460QL1	1.8908 1.8906 1.8916	460	440	400	550-720		500-670	17
S500Q S500QL S500QL1	1.8924 1.8909 1.8984	500	480	440	590-770		540-720	17
S550Q S550QL S550QL1	1.8904 1.8926 1.8986	550	530	490	640-820		590-770	16
S620Q S620QL S620QL1	1.8914 1.8927 1.8987	620	580	560	700-890		650-830	15
S690Q S690QL S690QL1	1.8931 1.8928 1.8988	690	650	630	770-940	760-930	710-900	14
S890Q S890QL S890QL1	1.8940 1.8983 1.8925	890	830	-	940-1100	880-1100	-	11
S960Q S960QL	1.8941 1.8933	960	-	-	980-1150	-	-	10

Table 6 Minimum longitudinal V-shaped impact power of tempered steel

name		At test temperature		℃	in	J	The minimum value of the medium impact test
EN10027-1 And CR 10260	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
S550QL1 S620QL1	1.8986 1.8987	60	50				40	30
S690QL1	1.8988
S890QL1	1.8925

 

Table 7 requires the minimum value of the impact work of the tempered steel transverse V-shaped test component during the transverse impact test

name		The minimum value of impact energy at the following temperature (℃), J
EN 10027-1 and CR 10260	EN 10027-2	0	-20	-40	-60
S460Q S500Q S550Q S620Q S690Q S890Q S960Q	1.8908 1.8924 1.8904 1.8914 1.8931 1.8940 1.8941	30	27	-	-
S460QL S500QL S550QL S620QL S690QL S890QL S960QL	1.8906 1.8909 1.8926 1.8927 1.8928 1.8983 1.8933	35	30	27	-
S460QL1 S500QL1 S550QL1 S620QL1 S690QL1 S890QL1	1.8916 1.8984 1.8986 1.8987 1.8988 1.8925	40	35	30	27

8. Comparison list consistent with the original standard grade
Table A.1 List of comparisons with the original standard grades

by name EN	10025-4	Same name as before
		EN 10113-2：1995		EU 137(1983)	Germany	France	Sweden
S460Q	1.8908	S460Q	1.8908	Fe E 460 V	-
					TStE 460 V
S460QL	1.8906	S460QL	1.8906	Fe E 460 V KT	-	E 460T
S460QL1	1.8916	S460QL1	1.8916
S500Q	1.8924	S500Q	1.8924	Fe E 500 V	StE 500 V
							2614
S500QL	1.8909	S500QL	1.8909	Fe E 500 V KT	TStE 500 V	E 500T	2615
S500QL1	1.8984	S500QL1	1.8984		EStE 460 V
S550Q	1.8904	S550Q	1.8904	Fe E 550 V	StE 500 V
S550QL	1.8926	S550QL	1.8926	Fe E 550 V KT	TStE 550 V	E 550T
S550QL1	1.8986	S550QL1	1.8986		EStE 460 V
S620Q	1.8914	S620Q	1.8914	Fe E 620 V	StE 620 V
S620QL	1.8927	S620QL	1.8927	Fe E 620 V KT	TStE 620 V	E 620T
S620QL1	1.8987	S620QL1	1.8987		EStE 620 V
S690Q	1.8931	S690Q	1.8931		StE 690 V
							2624
S690QL	1.8928	S690QL	1.8928	Fe E 690 V KT	TStE 690 V	E 690T	2625
S690QL1	1.8988	S690QL1	1.8988		EStE 690 V
S890Q	1.8940	S890Q	1.8940		-
S890QL	1.8983	S890QL	1.8983		TStE 890 V
S890QL1	1.8925	S890QL1	1.8925		EStE 460 V
S960Q	1.8941	S960Q	1.8941		-
S960QL	1.8933	S960QL	1.8933		TStE 960 V	E 960T

Application

Inspection and Customization

Machining Center

Packaging

 

Why Choose Us

Production Workshop

Hot Tags: high strength steel plate en10025-6 s960ql1, China high strength steel plate en10025-6 s960ql1 manufacturers, suppliers, factory, Cold Drawn Steel Bar, Wear Resistant Steel Plate, SK4 Carbon Tool Steel, Saw Blade Steel, Gang Saw Blades Steel, High Strength S690QL1 Steel