Hot Rolled Q235 I-Beam Steel Profile High Quality. Q355 Carbon H Beam

• Customization: Available
• Grade: S355jr;Ss400;A36;Q235;Ss235jr;etc
• Standard: AISI, JIS, ASTM, DIN, BS, GB
• Model NO.: H Beam
• Certification: IS0, RoHS, ABS
• Material: Astma36,Astma572,Ss400,A36,S235jr,S355jr,St37,St52
• Flange Thickness: 7-24mmmm
• Flange Width: 50-300mm
• Web Thickness: 5-13mm
• Web Width: 100-700mm
• Length: 5.8m,6m,9m,11.8m,12m or as Your Requirement
• Surface: Galvanized/Black/Paint or Customized
• Technique: Hot-Rolled and High Frequency Welded
• Application: Industrial Structure ;Ships,Machinery Manufacturin
• Delivery Time: Within 7days
• MOQ: 1 Ton
• Price Term: Fob CIF CFR EXW
• Sample: Sample Freely
• Quality: High Quality. Inspection
• Transport Package: Bundled with Firm Steel Straps
• Specification: Customized
• Trademark: Great Steel or Customized
• Origin: Shandong Province, China
• HS Code: 7216331900
• Production Capacity: 500 Tons/Day

Product Description

 

Product Description

H-beam is a type of structural steel beam with an "H" shaped cross-section. It is commonly used in construction and engineering projects to provide support and stability to structures. The H-beam is characterized by its high strength-to-weight ratio, making it an ideal choice for heavy load-bearing applications. The H-beam is made by hot rolling steel, which involves heating the steel billet to a high temperature and passing it through a series of rollers to shape it into the desired profile. The resulting beam has a wide flange (the top and bottom horizontal sections) and a narrow web (the vertical section connecting the flanges). The dimensions of an H-beam are typically specified by its depth (the vertical distance between the top and bottom flanges) and its weight per unit length. The flange width and web thickness can vary depending on the specific requirements of the project. H-beams are commonly used in the construction of buildings, bridges, and other large structures. They are often used as columns or beams to support the weight of the structure and distribute the load evenly. The H-shape provides excellent bending and torsional resistance, making it suitable for withstanding heavy loads and external forces. In addition to its structural properties, H-beams are also popular for their aesthetic appeal. The clean and modern design of the H-shape can add a sleek and stylish look to any architectural project. Overall, H-beams are a versatile and reliable choice for structural applications. Their high strength, durability, and aesthetic appeal make them a preferred option in the construction industry.

Standards & Specification:

Standard Sectional Dimension					Section	Unit Weight		Informative Reference
					Area			Geometrical			Radius of		Modulus of
Nominal	H X B	t1	t2	r	A			moment of inertia			Gyration of area		Section
Dimensional mm	mm	mm	mm	mm	cm2	kg/m	kg/12m	1x cm4	1ycm4	ix cm	iy cm	Zx cm3	Zy cm3
100 x 100	100 x100	6	8	10	21.90	17.20	206	383	134	4.18	2.47	76.50	26.7
125 x 125	125 x125	6.5	9	10	30.31	23.80	286	847	293	5.29	3.11	136	47.00
150 x150	150 x150	7	10	11	40.14	31.50	378	1,640	563	6.39	3.75	219.00	75.10
175 x175	175 x175	7.5	11	12	51.21	40.20	482	2,880	984	7.50	4.38	330.00	112.00
200 x200	200 x200	8	12	13	63.53	49.90	599	4,720	1,600	8.62	5.02	472.00	160.00
250 x250	250 x250	9	14	16	92.18	72.40	869	10,800	3,650	10.80	6.29	867.00	292.00
300 x300	300 x300	10	15	18	119.80	94.00	1128	20,400	6,750	13.10	7.51	1,360.00	450.00
350 x350	350 x350	12	19	20	173.9	137.00	1644	40,300	13,600	15.20	8.84	2,300.00	776.00

 

Identification	Nominal weight 1m	Nominal dimensions					Cross-section	Dimensions for detailing					Surface
	kg/m	mm					A	h1	d	Ø	pmin	pmax	AL	AG
		b	h	t1	t2	R1	cm2	mm	mm		mm	mm	m2/m	m2/m
IPE 80	6,0	46	80	3,8	5,2	5,0	7,64	69,6	59,6	-	-	-	0,328	54,64
IPE 100	8,1	55	100	4,1	5,7	7,0	10,30	88,6	74,6	-	-	-	0,400	49,33
IPE 120	10,4	64	120	4,4	6,3	7,0	13,20	107,4	93,4	-	-	-	0,475	45,82
IPE 140	12,9	73	140	4,7	6,9	7,0	16,40	126,2	112,2	-	-	-	0,551	42,70
IPE 160	15,8	82	160	5,0	7,4	9,0	20,10	145,2	127,2	-	-	-	0,623	39,47
IPE 180	18,8	91	180	5,3	8,0	9,0	23,90	164,0	146,0	M10	48	48	0,698	37,13
IPE 200	22,4	100	200	5,6	8,5	12,0	28,50	183,0	159,0	M10	54	58	0,768	34,36
IPE 220	26,2	110	220	5,9	9,2	12,0	33,40	201,6	177,6	M12	60	62	0,848	32,36
IPE 240	30,7	120	240	6,2	9,8	15,0	39,10	220,4	190,4	M12	66	68	0,922	30,02
IPE 270	36,1	135	270	6,6	10,2	15,0	45,90	249,6	219,6	M16	72	72	1,041	28,86
IPE 300	42,2	150	300	7,1	10,7	15,0	53,80	278,6	248,6	M16	72	86	1,160	27,46
IPE 330	49,1	160	330	7,5	11,5	18,0	62,60	307,0	271,0	M16	78	96	1,254	25,52
IPE 360	57,1	170	360	8,0	12,7	18,0	72,70	334,6	298,6	M22	88	88	1,353	23,70
IPE 400	66,3	180	400	8,6	13,5	21,0	84,50	373,0	331,0	M22	96	98	1,467	22,12
IPE 450	77,6	190	450	9,4	14,6	21,0	98,82	420,8	378,8	M24	100	102	1,605	20,69
IPE 500	90,7	200	500	10,2	16,0	21,0	115,50	468,0	426,0	M24	102	112	1,744	19,23
IPE 550	106,0	210	550	11,1	17,2	24,0	134,40	515,6	467,6	M24	110	122	1,877	17,78
IPE 600	122,0	220	600	12,0	19,0	24,0	156,00	562,0	514,0	M27

 

Identification	Section properties, static data
	strong axis x-x						weak axis y-y
	Ix	Wel.x	Wpl.x	ix	Avy	Sx	Iy	Wel.y	Wpl.y	iy	Ss	It	Iw
	cm4	cm3	cm3	cm	cm2	cm3	cm4	cm3	cm3	cm	mm	cm4	cm
HEB 100	449,5	89,91	104,2	4,16	9,04	52,1	167,3	33,45	51,42	2,53	40,06	9,25	3,38
HEB 120	864,4	144,1	165,2	5,04	10,96	82,6	317,5	52,92	80,97	3,06	42,56	13,84	9,41
HEB 140	1509	215,6	245,4	5,93	13,08	123	549,7	78,52	119,8	3,58	45,06	20,06	22,48
HEB 160	2492	311,5	354,0	6,78	17,59	177	889,2	111,2	170,0	4,05	51,57	31,24	47,94
HEB 180	3831	425,7	481,4	7,66	20,24	241	1363	151,4	231,0	4,57	54,07	42,16	93,75
HEB 200	5696	569,6	642,5	8,54	24,83	321	2003	200,3	304,8	5,07	60,09	59,28	171,1
HEB 220	8091	735,5	827,0	9,43	27,92	414	2843	258,5	393,9	5,59	62,59	76,57	295,4
HEB 240	11260	938,3	1053	10,31	33,23	527	3923	326,9	498,4	6,08	68,60	102,7	486,9
HEB 260	14920	1148	1283	11,22	37,59	641	5135	395,0	602,2	6,58	73,12	123,8	753,7
HEB 280	19270	1376	1534	12,11	41,09	767	6595	471,0	717,6	7,09	74,62	143,7	1130
HEB 300	25170	1678	1869	12,99	47,43	934	8563	570,9	870,1	7,58	80,63	185,0	1688
HEB 320	30820	1926	2149	13,82	51,77	1070	9239	615,9	939,1	7,57	84,13	225,1	2069
HEB 340	36660	2156	2408	14,65	56,09	1200	9690	646,0	985,7	7,53	86,63	257,2	2454
HEB 360	43190	2400	2683	15,46	60,60	1340	10140	676,1	1032	7,49	89,13	292,5	2883
HEB 400	57680	2884	3232	17,08	69,98	1620	10820	721,3	1104	7,40	93,13	355,7	3817
HEB 450	79890	3551	3982	19,14	79,66	1990	11720	781,4	1198	7,33	97,63	440,5	5258
HEB 500	10700	4287	4815	21,19	89,82	2410	12620	841,6	1292	7,27	102,1	538,4	7018
HEB 550	136700	4971	5591	23,20	100,1	2800	13080	871,8	1341	7,17	104,6	600,3	8856
HEB 600	171000	5701	6425	25,17	110,8	3210	13530	902,0	1391	7,08	107,1	667,2	10970
HEB 650	210600	6480	7320	27,12	122,0	3660	13980	932,3	1441	6,99	109,6	739,2	13360
HEB 700	256900	7340	8327	28,96	137,1	4160	14440	962,7	1495	6,87	112,6	830,9	16060
HEB 800	359100	8977	10230	32,78	161,8	5110	14900	993,6	1553	6,68	118,6	946,0	21840
HEB 900	494100	10980	12580	36,48	188,8	6290	15820	1050	1658	6,53	123,6	1137	29460
HEB 1000	644700	12890	14860	40,15	212,5	7430	16280	1085	1716	6,38	126,1	1254	37640

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