YB 3301-2005 Welded H Beam, S355J0 & S355JR, 300 X 300 X 18 X 18mm - News - News

Products Description

Structural steel has been used extensively in the construction of commercial buildings since the first steel-framed building, the Rand Mcnally Building erected in 1890.

Since then, steel has been used for major construction projects. The availability of steel makes it much easier to use.

YB 3301-2005 Welded H Beam,

First, it bonds well to concrete and has many features that make it even better than concrete when it comes to construction projects.

Steel is still one of the preferred material options in construction, as it takes less time to build and contributes to a perfect combination of lightness, high strength, and ease of manufacture.

Chemical Composition of S355JR/J0/J2 H section beam

Element Name	C	Mn	Si	P	S	N	Cu	CEV
S355jr Content(max %)	0.24	1.06	0.55	0.04	0.04	0.012	0.55	0.45-0.47
S355j0Content(max %)	0.2-0.22	1.60	0.55	0.035	0.035	0.012	0.55	0.45-0.47
S355j2Content(max %)	0.20-0.22	1.60	0.55	0.030	0.030	-	0.55	0.45-0.47

Physical properties of S355jr/j0/j2 H section beam

Thickness(mm)	To 3	3-100	100-150	150-250
S355jr Tensile Strength	510-680	470-630	450-600	450-600
S355j0 Tensile Strength	510-680	470-630	450-600	450-600
S355j2 Tensile Strength	510-680	470-630	450-600	450-600

Product Description

Product name	H-Beam
Web Thickness	5-16mm
Flange Thickness	8mm - 64mm
Payment	30% T/T Deposit
Place of Origin	China
Technique	Hot Rolled
Application	Construction
Tolerance	±1%,
Type	H-bar
Processing Service	Welding, Cutting

Product Paramenters and size

European Standard H Beam Specification
	Size	Height (MM)	Width (MM)	Web Thk. (MM)	Flange Thk. (MM)	Weight (KG/M)
HE100	HE100A	100	96	5	8	16.7
HE100	HE100B	100	100	6	10	20.4
HE120	HE120A	114	120	5	8	19.9
HE120	HE120B	120	120	6.5	11	26.7
HE140	HE140A	133	140	5.5	8.5	24.7
HE140	HE140B	140	140	7	12	33.7
HE160	HE160A	152	160	6	9	30.4
HE160	HE160B	160	160	8	13	42.6
HE180	HE180A	171	180	6	9.5	35.5
HE180	HE180B	180	180	8.5	14	51.2
HE200	HE200A	190	200	6.5	10	42.3
HE200	HE200B	200	200	9	15	61.3
HE220	HE220A	210	220	7	11	50.5
HE220	HE220B	220	220	9.5	16	71.5
HE200	HE200A	190	200	6.5	10	42.3
HE200	HE200B	200	200	9	15	61.3
HE220	HE220A	210	220	7	11	50.5
HE220	HE220B	220	220	9.5	16	71.5
HE240	HE240A	230	240	7.5	12	60.3
HE240	HE240B	240	240	10	17	83.2
HE260	HE260A	250	260	7.5	12.5	68.2
HE260	HE260B	260	260	10	17.5	93
HE280	HE280A	270	280	8	13	76.4
HE280	HE280B	280	280	10.5	18	103
HE300	HE300A	290	300	8.5	14	88.3
HE300	HE300B	300	300	11	19	117
HE320	HE320A	310	300	9	15.5	97.6
HE320	HE320B	320	300	11.5	20.5	127
HE340	HE340A	330	300	9.5	16.5	105
HE340	HE340B	340	300	12	21.5	134
HE360	HE360A	350	300	10	17.5	112
HE360	HE360B	360	300	12.5	22.5	142
HE400	HE400A	390	300	11	19	125
HE400	HE400B	400	300	13.5	24	155
HE450	HE450A	440	300	11.5	21	140
HE450	HE450B	450	300	14	26	171
HE500	HE500A	490	300	12	23	155
HE500	HE500B	500	300	14.5	28	187
HE550	HE550A	540	300	12.5	24	166
HE550	HE550B	550	300	15	29	199
HE600	HE600A	590	300	16	25	178
HE600	HE600B	600	300	15.5	30	212
HE650	HE650A	640	300	13.5	26	190
HE650	HE650B	350	300	16	31	225
HE700	HE700A	690	300	14.5	27	204
HE700	HE700B	700	300	17	32	241
HE800	HE800A	790	300	15	28	224
HE800	HE800B	800	300	17.5	33	262
HE900	HE900A	890	300	16	30	252
HE900	HE900B	900	300	18.5	35	291
HE1000	HE1000A	990	300	16.5	31	272
HE1000	HE1000B	1000	300	17	36	314

Applications

Building Construction: Primary structural columns and beams for residential, commercial, and industrial buildings.

Infrastructure: Key components in the construction of bridges and overpasses.

Industrial: Frames for heavy machinery, equipment platforms, and crane runways.

General Fabrication: Used for large-scale trusses, supports, and structural frames.

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