A36 Q235B Q355 S275jr 200 300mm Mild Steel I Beam Hea Heb Ipe 150X150 H Beam Structural Carbon Hot Rolled H Beams Steel Profile S355jr I H W Beam H Channel

Feb 02, 2026

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Product Description

H-beam, because each part is arranged at right angles, so H-shaped steel has the advantages of strong bending resistance, simple construction, cost saving, light structure in all directions, etc. It is widely used in factories, high-rise buildings, bridges, lifting and transportation machinery, equipment foundation , brackets, foundation piles and other fields.

A36 Q235B Q355 S275jr 200 300mm Mild Steel I Beam Hea Heb Ipe 150X150 H Beam Structural Carbon Hot Rolled H Beams Steel Profile S355jr I H W Beam H Channel


A36 Q235B Q355 S275jr 200 300mm Mild Steel I Beam Hea Heb Ipe 150X150 H Beam Structural Carbon Hot Rolled H Beams Steel Profile S355jr I H W Beam H Channel

Product NameUniversal Steel Profile Column H beam or I beam
Size1.Web Width (H): 100-900mm
2.Flange Width (B): 100-300mm
3. Web Thickness (t1): 5-30mm
4. Flange Thickness (t2): 5-30mm
Length6m, 9m, 12m according to customer requirements
StandardASTM, JIS, SUS, DIN, EN,GB etc
MaterialA36 / A572 / SS400 / G50 / G60 / Q235B / Q345B / Q420C / Q460C / SS540 / S235 / S275 / S355
TechniqueHot rolled / welded
ApplicationConstruction structure
Price ItemFOB,CIF,CFR,EXW.
PackingExport standard packing or according to customers' requirement
Supply AbilityWithin10-15 workdays,25-30days when the quantity beyond 1000tons

A36 Q235B Q355 S275jr 200 300mm Mild Steel I Beam Hea Heb Ipe 150X150 H Beam Structural Carbon Hot Rolled H Beams Steel Profile S355jr I H W Beam H Channel


A36 Q235B Q355 S275jr 200 300mm Mild Steel I Beam Hea Heb Ipe 150X150 H Beam Structural Carbon Hot Rolled H Beams Steel Profile S355jr I H W Beam H Channel

European standard I-beam theoretical weight specification table

Specification

height

width

web thickness

wing thickness

theoretical weight

IPE80

80

46

3.8

5.2

6

IPE100

100

55

4.1

5.7

8.1

IPE120

120

64

4.4

6.3

10.4

IPE140

140

73

4.7

6.9

12.9

IPE160

160

82

5

7.4

15.8

IPE180

180

91

5.3

8

18.8

IPE200

200

100

5.6

8.5

22.4

IPE220

220

110

5.9

9.2

26.2

IPE240

240

120

6.2

9.8

30.7

IPE270

270

135

6.6

10.2

36.1

IPE300

300

150

7.1

10.7

42.2

IPE330

330

160

7.5

11.5

49.1

IPE360

360

170

8

12.7

57.1

IPE400

400

180

8.6

13.5

66.3

IPE450

450

190

9.4

14.6

77.6

IPE500

500

200

10.2

16

90.7

IPE550

550

210

11.1

17.2

106

IPE600

600

220

12

19

122

A36 Q235B Q355 S275jr 200 300mm Mild Steel I Beam Hea Heb Ipe 150X150 H Beam Structural Carbon Hot Rolled H Beams Steel Profile S355jr I H W Beam H Channel

DesignationUnit Weight
(kg/m)
Standard Secional
Dimension (mm)
Sectional Area
(cm³)
WHBt1t2rA
HE100A16.796.0100.05.08.012.021.24
B20.4100.0100.06.010.012.026.04
M41.8120.0106.012.020.012.053.24
HE120A19.9114.0120.05.08.012.025.34
B26.7120.0120.06.511.012.034.01
M52.1140.0126.012.521.012.066.41
HE140A24.7133.0140.05.58.512.031.42
B33.7140.0140.07.012.012.042.96
M63.2160.0146.013.022.012.080.56
HE160A30.4152.0160.06.09.015.038.77
B42.6160.0160.08.013.015.054.25
M76.2180.0166.014.023.015.097.05
HE180A35.5171.0180.06.09.515.045.25
B51.2180.0180.08.514.015.065.25
M88.9200.0186.014.524.015.0113.3
HE200A42.3190.0200.06.510.018.053.83
B61.3200.0200.09.015.018.078.08
M103220.0206.015.025.018.0131.3
HE220A50.5210.0220.07.011.018.064.34
B71.5220.0220.09.516.018.091.04
M117240.0226.015.526.018.0149.4
HE240AA47.4224.0240.06.59.021.060.38
A60.3230.0240.07.512.021.076.84
B83.2240.0240.010.017.021.0106.0
M157270.0248.018.032.021.0199.6
HE260AA54.1244.0260.06.59.524.068.97
A68.2250.0260.07.512.524.086.82
B92.9260.0260.010.017.524.0118.4
M172290.0268.018.032.524.0219.6
HE280AA61.3264.0280.07.010.024.078.02
A76.4270.0280.08.013.024.097.26
B103280.0280.010.518.024.0131.4
M189310.0288.018.533.024.0240.2
HE300AA69.8283.0300.07.510.527.088.91
A88.3290.0300.08.514.027.0112.5
B117300.0300.011.019.027.0149.1
M238340.0310.021.039.027.0303.1
HE320AA74.3301.0300.08.011.027.094.58
A97.7310.0300.09.015.527.0124.4
B127320.0300.011.520.527.0161.3
M245359.0309.021.040.027.0312.0
HE340AA78.9320.0300.08.511527.0100.5
A105330.0300.09.516.527.0133.5
B134340.0300.012.021527.0170.9
M248377.0309.021.040.027.0315.8
HE360AA83.7339.0300.09.012.027.0106.6
A112350.0300.010.017.527.0142.8
B142360.0300.012.522.527.0180.6
M250395.0308.021.040.027.0318.8
HE400AA92.4378.0300.09.513.027.0117.7
A125390.0300.011.019.027.0159.0
B155400.0300.013.524.027.0197.8
M256432.0307.021.040.027.0325.8
HE450AA99.8425.0300.010.013.527.0127.1
A140440.0300.011.521.027.0178.0
B171450.0300.014.026.027.0218.0
M263478.0307.021.040.027.0335.4

A36 Q235B Q355 S275jr 200 300mm Mild Steel I Beam Hea Heb Ipe 150X150 H Beam Structural Carbon Hot Rolled H Beams Steel Profile S355jr I H W Beam H Channel

 

1.What is a channel steel?

Channel is a length of steel available in various different shaped profiles, this is used to fix masonry support and wall ties to the structure of the building. The front face of the channel profile will either accept specialist fixing bolts for masonry support or channel wall ties.

 

2.What is another name for C-Channel steel?

Mild Steel MS Channel, also known as C Channels or U Channels, is a rolled steel section featuring a characteristic C-shaped profile. These channels are perfect for both light and heavy structural applications because they come in a variety of widths and thicknesses.

 

3.What is the difference between tube steel and channel steel?

Steel channels provide simplicity, flexibility, and affordability, especially in wall and roof framing. Tubes add torsional resistance and aesthetics, making them well-suited for architectural and exposed framing.

 

4.What is channel iron used for?

Channel iron is a common shape of steel that is formed into a "C" to create a strong shape of steel, used in fabrication of Trailers, Stair Stringers, Ornamental Iron, and Building Construction.

 

5.Why is the C channel so expensive?

Larger and thicker C channels require more material to produce, so they're naturally more expensive. C channels are typically specified by their depth, flange width, and web thickness.