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H Beam

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  • H Beam
  • H Beam
  • H Beam
  • H Beam

Short Description:

Type: Steel H Beam, Steel Beam
Specification: T1:4.5mm-21mm, T2: 7mm-35mm , or as required, H*B: 100mm*100mm-900mm*300mm

Standard: JIS / ASTM / EN / BS / AS Standard
Grades: Q235, SS400, SS490, ASTM A36/A572 Gr.50, S235JR/S275JR /S355JR/S450J0, 250/300/350/400, DX52D/DX53D/S280GD/S320GD/S350GD
Application: Mechanical&manufacture, Steel structure, Shipbuilding, Bridging, Automobile chassis

Details: W6-W30 / HP8-HP14. HEA HEB HEM 100-1000 / HEAA 120-800. IPE 180-550. UB 203*102-686*254 / UC 152*152-358*368 / UP 203*203-356*368

Quality Test: We can offer MTC (Mill Test Certificate )


Product Detail

Size Chart

Application

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OVERVIEW OF H-BEAM STEEL

What is H-beam

H-beam steel is a type of structural steel beam. It is named H-beam steel because of the capital H shape over its cross section with equal thickness in the two parallel flanges with no taper on the inside surface. H-beam with a competitive price is a versatile product that is commonly utilized in different kinds of structural applications.

We are a professional H beam supplier and we have different kinds of H beam steels for sale. If you are interested in our H beam steel, please contact us!

FEATURES OF H-BEAM STEEL

H metal beam steel is known for being incredibly strong.

An H-beam can be built up, which means it may be built up to any size or height, making it an ideal material for construction.

TYPES OF H-BEAM

There are many product specifications of H-beams, and the classification methods are as follows.

(1) According to the flange width of the product, it is divided into wide flange, medium flange and narrow flange H-beams. The flange width B of wide flange and medium flange H-beam is greater than or equal to the web height H. The flange width B of narrow flange H-beam is approximately equal to one-half of the web height H. The flange width of narrow flange H-beam is approximately equal to the web height H.

(2) According to the product use, it is divided into H-beam, H-beam column, H-beam pile, and very thick flange H-beam. Sometimes parallel-legged channels and parallel-flange T-beams are also included in the range of H-beams. Generally, narrow flange H-beam is used as beam material, and wide flange H-beam is used as column material, according to which there are beam H-beam and column H-beam.

(3) According to the production method, it is divided into welded H-beam and rolled H-beam.

(4) According to the size specification, it is divided into large, medium and small size H-beams. Usually, the products with web height H above 700mm are called large, 300-700mm are called medium, and those less than 300mm are called small. By the end of 1990, the world's largest H-beam web height of 1200mm and flange width of 530mm.

Difference Between Steel I-Beam and H-Beam

What Is H-Beam?
H beam is a structural beam made of rolled steel. It is incredibly strong. It gets its name because it looks like a capital H over the cross-section.

What Is I-Beam?
An I-beam has an I-shaped form. Two horizontal planes, referred to as flanges, are joined by a vertical element, known as the weft, to form an I-beam.
The term "I-beam" comes from the fact that it resembles a capital letter when viewed through a cross-section and has tapering edges. An I-beam has a cross-section that is taller than it is wide at the flange.

Which Is Stronger H Beam or I-Beam?
H-beam: H-beam often has a thicker central web, making it stronger.
I-beam: Since I-beam frequently has a narrower central web than H-beam, it frequently cannot withstand as much stress.

What Is H Beam Used For?
H Beams are frequently used in the construction of bridges, large trailers, and buildings, among other things. H beams are able to support heavier weights than I beams due to their slightly different cross-section shape, thicker central web, and broader flanges.

What Is the Purpose of an I Beam?
Because of its excellent utility, I beams are the preferred form for structural steel construction. I beams are ideal for unidirectional bending parallel to the web because of their form. The web resists shear stress, but the horizontal flanges resist bending movement.

H-Beam and I-Beam: Applications
H beams are perfect for mezzanines, platforms, bridges, and other typical residential and commercial buildings since they have thicker walls and flanges.

In residential constructions, broad flanges are frequently employed. H-beams are the chosen material for the framework of the trailer and vehicle since their interior dimensions are consistent.

For structural steel buildings, bridges, and other civil structures, I-beams are the favored shape choice due to their increased resistance to flanges.

They are also utilized to build the framework and support columns for trains, elevators, beds for trailers and vehicles, winches, and residential and commercial building projects.

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    • Size chart of H-Beam

     

    Classification
    (Height × Flange width)    		 Standard cross-section
    dimensions (mm)    		 Cross-sectional
    area(cm3）    		 Unit mass
    (kg/m)
    H×B t1 t2 r
    100×100 *100×100 6 8 8 21.59 16.9
    125×125 125×125 6.5 9 8 30.00 23.6
    150×150 150×150 7 10 8 39.65 31.1
    175×175 175×175 7.5 11 13 51.43 40.4
    200×200 200×200
    *200×204    		 8
    12    		 12
    12    		 13
    13    		 63.53
    71.53    		 49.9
    56.2
    250×250 *244×252
    250×250
    *250×255    		 11
    9
    14    		 11
    14
    14    		 13
    13
    13    		 81.31
    91.43
    103.9    		 63.8
    71.8
    81.6
    300×300 *294×302
    300×300
    *300×305    		 12
    10
    15    		 12
    15
    15    		 13
    13
    13    		 106.3
    118.5
    133.4    		 83.4
    93.0
    105.0
    350×350 *344×348
    *344×354
    350×350    		 10
    16
    12    		 16
    16
    19    		 13
    13
    13    		 144.0
    164.6
    171.9    		 113.0
    129.0
    135.0
    400×400 400×400 13 21 22 218.7 172.0

     

    Classification
    (Height × Flange width)    		 Reference
    Second moment
    of area(cm4)    		 Radius of gyration
    of area(cm)    		 Section
    modulus(cm3)
    lx ly ix iy zx zy
    100×100 378 134 4.18 2.49 75.6 26.7
    125×125 839 293 5.29 3.13 134.0 46.9
    150×150 1,620 563 6.40 3.77 216.0 75.1
    175×175 2,900 984 7.50 4.37 331.0 112.0
    200×200 4,720
    4,980    		 1,600
    1,700    		 8.62
    8.35    		 5.02
    4.88    		 472.0
    498.0    		 160.0
    167.0
    250×250 8,700
    10,700
    11,400    		 2,940
    3,650
    3,880    		 10.30
    10.80
    10.50    		 6.01
    6.32
    6.11    		 713.0
    860.0
    912.0    		 233.0
    292.0
    304.0
    300×300 16,600
    20,200
    21,300    		 5,510
    6,750
    7,100    		 12.50
    13.10
    12.60    		 7.20
    7.55
    7.30    		 1,130.0
    1,350.0
    1,420.0    		 365.0
    450.0
    466.0
    350×350 32,800
    34,900
    39,800    		 11,200
    11,800
    13,600    		 15.10
    14.60
    15.20    		 8.84
    8.48
    8.89    		 1,910.0
    2,030.0
    2,280.0    		 646.0
    669.0
    776.0
    400×400 66,600 22,400 17.50 10.10 3,330.0 1,120.0

     

    Classification
    (Height × Flange width)    		 Standard cross-section
    dimensions（mm）    		 Cross-sectional
    area(cm3）    		 Unit mass
    (kg/m)
    H×B t1 t2 r
    200×150 194×150 6 9 8 38.11 29.9
    250×175 244×175 7 11 13 55.49 43.6
    300×200 294×200 8 12 13 71.05 55.8
    350×250 340×250 9 14 13 99.53 78.1
    400×300 390×300 10 16 13 133.30 105
    450×300 440×300 11 18 13 153.90 121
    500×300 482×300
    488×300    		 11
    11    		 15
    18    		 13
    13    		 141.2
    159.2    		 111
    125
    600×300 582×300
    588×300
    594×302    		 12
    12
    14    		 17
    20
    23    		 13
    13
    13    		 169.20
    187.20
    217.10    		 133
    147
    170
    700×300 692×300
    700×300    		 13
    13    		 20
    24    		 18
    18    		 207.50
    231.50    		 163
    182
    800×300 792×300
    800×300    		 14
    14    		 22
    26    		 18
    18    		 239.50
    263.50    		 188
    207
    900×300 *890×299
    900×300
    *912×302    		 15
    16
    18    		 23
    28
    34    		 18
    18
    18    		 266.90
    305.80
    360.10    		 210
    240
    283

     

    Classification
    (Height × Flange width)    		 Reference
    Second moment
    of area(cm4)    		 Radius of gyration
    of area(cm)    		 Section
    modulus(cm3)
    lx ly ix iy zx zy
    200×150 2,630 507 8.30 3.65 271 67.6
    250×175 6,040 984 10.40 4.21 495 112
    300×200 11,100 1,600 12.50 4.75 756 160
    350×250 21,200 3,650 14.60 6.05 1,250 292
    400×300 37,900 7,200 16.90 7.35 1,940 480
    450×300 54,700 8,110 18.90 7.26 2,490 540
    500×300 58,300
    68,900    		 6,760
    8,110    		 20.30
    20.80    		 6.92
    7.14    		 2,420
    2,820    		 450
    540
    600×300 98,900
    114,000
    134,000    		 7,660
    9,010
    10,600    		 24.20
    24.70
    24.80    		 6.73
    6.94
    6.98    		 3,400
    3,890
    4,500    		 511
    601
    700
    700×300 168,000
    197,000    		 9,020
    10,800    		 28.50
    29.20    		 6.59
    6.83    		 4,870
    5,640    		 601
    721
    800×300 248,000
    286,000    		 9,920
    11,700    		 32.20
    33.00    		 6.44
    6.67    		 6,270
    7,160    		 661
    781
    900×300 339,000
    404,000
    491,000    		 10,300
    12,600
    15,700    		 35.60
    36.40
    36.90    		 6.20
    6.43
    6.59    		 7,610
    8,990
    10,800    		 687
    842
    1.040

     

    Classification
    (Height × Flange width)    		 Standard cross-section
    dimensions（mm）    		 Cross-sectional
    area(cm3）    		 Unit mass
    (kg/m)
    H×B t1 t2 r
    200×100 *198×99
    200×100    		 4.5
    5.5    		 7
    8    		 8
    8    		 22.69
    26.67    		 17.8
    20.9
    250×125 248×124
    250×125    		 5
    6    		 8
    9    		 8
    8    		 31.99
    36.97    		 25.1
    29.0
    300×150 298×149
    300×150    		 5.5
    6.5    		 8
    9    		 13
    13    		 40.80
    46.78    		 32.0
    36.7
    350×175 346×174
    350×175    		 6
    7    		 9
    11    		 13
    13    		 52.45
    62.91    		 41.2
    49.4
    400×200 396×199
    400×200    		 7
    8    		 11
    13    		 13
    13    		 71.41
    83.37    		 56.1
    65.4
    450×200 446×199
    450×200    		 8
    9    		 12
    14    		 13
    13    		 82.97
    95.43    		 65.1
    74.9
    500×200 496×199
    500×200
    *506×201    		 9
    10
    11    		 14
    16
    19    		 13
    13
    13    		 99.29
    112.30
    129.30    		 77.9
    88.2
    102.0
    600×200 596×199
    600×200
    *606×201    		 10
    11
    12    		 15
    17
    20    		 13
    13
    13    		 117.80
    131.70
    149.80    		 92.5
    103.0
    118.0

     

    Classification
    (Height × Flange width)    		 Reference
    Second moment
    of area(cm4)    		 Radius of gyration
    of area(cm)    		 Section
    modulus(cm3)
    lx ly ix iy zx zy
    200×100 1,540
    1,810    		 113
    134    		 8.25
    8.23    		 2.24
    2.24    		 156
    181    		 22.9
    26.7
    250×125 3,450
    3,960    		 255
    294    		 10.40
    10.40    		 2.82
    2.82    		 278
    317    		 41.1
    47.0
    300×150 6,320
    7,210    		 442
    508    		 12.40
    12.40    		 3.29
    3.29    		 424
    481    		 59.3
    67.7
    350×175 11,000
    13,500    		 791
    984    		 14.50
    14.60    		 3.88
    3.96    		 638
    771    		 91.0
    112.0
    400×200 19,800
    23,500    		 1,450
    1,740    		 16.60
    16.80    		 4.50
    4.56    		 999
    1.170    		 145.0
    174.0
    450×200 28,100
    32,900    		 1,580
    1,870    		 18.40
    18.60    		 4.36
    4.43    		 1,260
    1,460    		 159.0
    187.0
    500×200 40,800
    46,800
    55,500    		 1,840
    2,140
    2,580    		 20.30
    20.40
    20.70    		 4.31
    4.36
    4.46    		 1,650
    1,870
    2,190    		 185.0
    214.0
    256.0
    600×200 66,600
    75,600
    88,300    		 1,980
    2,270
    2,720    		 23.80
    24.00
    24.30    		 4.10
    4.16
    4.26    		 2,240
    2,520
    2,910    		 199.0
    227.0
    270.0

    Application of H-Beam

    - Business Buildings
    - Large trailers
    - Large bridges
    - Industrial plants
    - Large large coaxial
    - Heavy equipment
    - Highway
    - Ship skeleton
    - Mine support
    - Foundation treatment and dam engineering
    - Various machine components

    We are a professional H beam manufacturer. We provide H beams of different sizes as well as steel pipes and pipe fittings of various specifications.

    Our Advantages:
    1.China-leading product service provider and exporter of steel pipe
    2.Competitive price and quality from our own factory
    3.One-stop Resource Integration
    4.Passed the ISO9001, CE, SGS certification every year
    5.Best service with 24-hour response
    6.Flexible payment methods
    7.Strong production capacity
    8.Fast delivery and standard export packaging
    9.OEM/ODM

    If you would like to inquire about any steel products, please feel free to contact us: sales@bestartubes.com20230927171424 H6RATC2~S}BLIMQ(H@(JOU5

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