Translations between different materials standards

JUMU

2019/07/04 22:55:35

Translations betweendifferent materials standards.

SS 14: Swedishstandard is to be replaced by EN.
EN: European standards.
GB: The people's republic of Chinastandards.
DIN: DeutschIndustrie Norm Germany.
W.Nr: Werkstoffnummer Germany.
AISI/SAE: USA.

ld-rolled sheet
SS 14	EN	GB	DIN	W.Nr	AISI/SAE
1142	DC01	?	St 12 St 13 St 14	1.0330	A366 A619 A620

eneral structural steel
SS 14	EN	GB	DIN	W.Nr	AISI/SAE
1312	S235JRG2	Q 235 A Q 235 B	RSt 37-2	1.0038 (1.0116)	A570 Gr.36
1412	S275	?	St 44-2	1.0044	1020
1650	E335	?		1.0060
1672	C45E	45 45H ZG310-570	C45E Ck 45	1.1191	1045
2172	S355JR	Q 275	S355JR	1.0045 1.0050	1518

icro alloyed structural steel
SS 14	EN	GB	DIN	W.Nr	AISI/SAE
2132		?	20Mn5	1.1133	1022 1518
2134	S355N	16 Mn	StE 355	1.0545 1.0570

eat treatment steel
SS 14	EN	GB	DIN	W.Nr	AISI/SAE
2225	25CrMo4	30CrMo	25CrMo4	1.7218	4130
2541	34CrNiMo6	?	34CrNiMo6	1.6582	4340

ot work tool steel
SS 14	EN	GB	DIN	W.Nr	AISI/SAE
2242	X40CrMoV5-1	4Cr5MoSiV1		1.2344	H 13
Alloyed tool steel
SS 14	EN	GB	DIN	W.Nr	AISI/SAE
2260		Cr5Mo1V	X100CrMoV5-1	1.23633
2140		9CrWMn
2310		Cr12MoV	StE 355	1.2601

Stainless steel
SS 14	EN	GB	DIN	W.Nr	AISI/SAE
2333	X5CrNi18-10	0Cr18Ni9	X 5 CrNi 18 10	1.4301	304

Observe that no quality should be castings.

hemical composition
SS 14	C %	Si %	Mn %	P %	S %	Cr %	Mo %	Ni %	Cu %	N %	Others %
1142	0,10	-	0,50	0,04	0,04	-	-	-	-	-	-
1312	≤0,20	0,25	0,4-0,7	0,050	0,050	-	-	-	-	≤0,009	-
1412	0,20	≤0,50	0,40-1,00	0,050	0,050	≤0,30	-	-	0,40	≤0,009	-
1650	0,38-,50	-	0,40-0,90	0,05	0,05	-	-	-	-	-	-
1672	0,42-0,50	0,10-0,40	0,80	0,035	0,035	-	-	-	-	-	-
2132	≤0,20	≤0,5	≤1,6	0,035	0,035	-	-	-	-	0,015	Nb 0,050 V 0,15
2134	≤0,20	≤0,5	≤1,6	0,035	0,035	-	-	-	-	0,015	Nb 0,050 V 0,15
2172	≤0,20	≤0,5	1,0-1,6	0,050	0,050	≤0,3			0,4	≤0,009	-
2225	0,22-0,29	0,10-0,40	0,60-0,90	0,035	0,035	0,90-1,20	0,15-0,30	-	-	-	-
2541	0,32-0,39	0,10-0,40	0,50-0,80	0,035	0,035	1,30-1,70	0,15-0,30	1,30-1,70	-	-	-
2242	0,35-0,42	0,80-1,20	0,30-0,60	0,030	0,020	5,00-5,50	1,20-1,60	-	-	-	V 0,85-1,15
2333	0,05	1,00	2,00	0,045	0,030	17,0-19,0	-	8,00-11,0	-	-	-

Mechanical propertiesSS 14 1312

Structuralstrength

SS-steel	Condition	Delivery form	Thickness of material (mm)	ReL (N/mm2) ≥	ReH (N/mm2) ≥	Rm (N/mm2)	A5 % ≥	Hardness HB
1312-01	Normalized	Forged	≤ 50 (50)-250 (250)-500	220 200 200	240 220 220	360-460 360-(460) 360-(460)	27 25 24	100-130
1312-03	Untreated or heat-treated	Seamless tube	≤ 5 ≥ 5	240 220	260 240	360-490	24	-
1312-04	Untreated or heat-treated	Welded pipe	≤ 5 > 5	240 220	260 240	360-490	24	-
1312-06	Cold worked	Bar	≤ 50	370	-	≥ 440	10	(≥ 135)
1312-07	Cold worked	Seamless tube	≤ 5 > 5	410 390	-		11

SS 14 2134

Structuralstrength

SS-steel	Condition	Delivery form	Thickness of material (mm)	ReL (N/mm2) ≥	ReH (N/mm2) ≥	Rm (N/mm2)	A5 % ≥
2134-01	Normalized	Forged	-16 (16)-35 (35)-50 (50)-70	350 340 330 320	360 350 340 330	470-630	20
2134-03	Normalized	Seamless tube	-16 (16)-20	350 340	360 350	470-630	20
2134-04	Normalized	Welded pipe	-16 (16)-20	350 340	360 350	470-630	20

SS 14 2134

Impactstrength

Thickness of material (mm)	Test bar dimension	Temp (oC)	KV (J) ≥
6-(12) 12-70	5×10 10×10	-20 -20	18 27

SS 14 2172

Structuralstrength

SS-steel	Condition	Delivery form	Thickness of material (mm)	ReL (N/mm2) ≥	ReH (N/mm2) ≥	Rm (N/mm2)	A5 % ≥	Hardness HB
2172-01	Normalized	Forged	-250 (250)-500	290 280	300 290	470-620 470-610	21 20
2172-03	Untreated or heat-treated	Seamless tube	≤ 5 (5)-16 > 16	330 310 290	340 320 300	470-610	21
2172-04	Untreated or heat-treated	Welded pipe	≤ 5 (5)-16 > 16	330 310 290	340 320 300	470-610	21

SS 14 2225

Structuralstrength

SS-steel	Condition	Delivery form	Thickness of material (mm)	ReL (N/mm2) ≥	ReH (N/mm2) ≥	Rm (N/mm2)	A5 % ≥	Hardness HB
2225-03	Heat-treated	Bar	≤ 100	-	500	700-800	17	215-260

SS 14 2541

Structuralstrength

SS-steel	Condition	Delivery form	Thickness of material (mm)	ReL (N/mm2) ≥	ReH (N/mm2) ≥	Rm (N/mm2)	A5 % ≥	Hardness HB
2541-03	Heat-treated	Bar	≤ 100	-	700	900-1100	12	275-335

SS 14 2333

Structuralstrength

SS-steel	Condition	Delivery form	Thickness of material (mm)	Rp0,2 (N/mm2) ≥	Rm (N/mm2)	A5 % ≥	Hardness HB
2333-02	Solution heat treatment	Sheet, Strip	-30 (30)-50	210 190	500 500	40	(200) (200)
	Solution heat treatment	Bar	-50 (50)-100	210 190	500 500	40	(200) (200)
	Solution heat treatment	Welded pipe	-10 (10)-	210 190	500 500	40	(200) (200)

Heat treatable aluminium alloy
SS	EN	GB	DIN	W.Nr	AA
4104	6063	?	AlMgSi0,5	3.3206	6063
4212-06	6082	?	AlMgSi1	2.2315	6082

Chemical composition
EN	Al	Si	Fe	Cu	Mn	Mg	Cr	Zn	Ti
6063	Residual	0,20-0,6	0,35	0,10	0,10	0,45-0,9	0,10	0,10	0,10
6082	Residual	0,7-1,3	0,50	0,10	0,40-1,0	0,6-1,2	0,25	0,20	0,10

EN AW-6082

Structuralstrength

Alloy	Delivery form	Condition	Thickness of material (mm)	Rp0,2 (N/mm2) ≥		Rm (N/mm2) ≥		A% ≥	A50% ≥
EN AW-6082	Extruded bar	O, H111 T4 T6	≤200 ≤200 ≤20 20 200	- 205 295 310 280 270	≤160 - - - - -	- 110 250 260 240 200	≤110 - - - - -	14 14 8 8 6 6	12 12 6 - - -
	Extruded pipe	O, H111 T4 T6	≤25 ≤25 ≤5 5	- 205 290 310	≤160 - - -	- 110 250 260	≤110 - - -	14 14 8 10	12 12 6 8
	Extruded sections	O, H111 T4	all ≤25	- 205	≤160 -	- 110	≤110 -	14 14	12 12
		Open profile T5 T6	≤25 ≤25 ≤5 5	270 290 310	- - - -	230 250 260	- - -	8 8 10	6 6 8
		Open profile T5 T6	≤25 ≤25 ≤5 5	270 290 310	- - - -	230 250 260	- - -	8 8 10	6 6 8

ass
SS	EN	GB	DIN	W.Nr	ASTM
5170	CuZn39Pb3	?	CuZn39Pb3

hemical composition
SS	Cu %	Zn %	Pb %
5170	58	Residual	3

Structuralstrength

SS-steel	Rp0,2 (N/mm2) ≥	Rm (N/mm2)	A5 % ≥	Hardness HV
5170-00 -04	approx. 150 310-490	approx. 410 460-560	approx. 30 12-25	approx. 100 125-170

ronze
SS	EN	GB	DIN	W.Nr	ASTM
5204-15		?ZcuSn5Pb5-Zn5	CuSn5ZnPb		UNSC83600

hemical composition
SS	Cu %	Sn %	Zn %	Pb %
5204	85	5	5	5

Structuralstrength

SS-steel	Rp0,2 (N/mm2) ≥	Rm (N/mm2)	A5 % ≥	Hardness HB
5204-00 -03 -15	- (90) (100)	- (230) (250)	- (15) (13)	- (60) (70)

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