Q235B Steel H-Beam

Q235B Steel H-Beam

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H Beam is used for beams, bridges, transmission towers, etc. For engineering construction For steel structure engineering For automotive parts manufacturing

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  • Product Detail
  • | Technical Information
  • | Packaging
    • Commodity name: Q235B Steel H-Beam

    H Beam is used for beams, bridges, transmission towers, etc. For engineering construction For steel structure engineering For automotive parts manufacturing

    Product Description

    Specification

    Product Name

    Steel h-beam

    Material

    Q235/S235JR/S275JR/S355JR/J0/J2,S450J0

    Standard

    GB, JIS,KSD, ASTM, EN,AISI

    Length

    500-2000mm or as your requirement

    Width

    50-400mm

    Web thickness

    50-40mm

    Flange thickness

    50-302mm

    Color

    Clean, blasting and painting or as required

    Technique

    Hot rolled/Cold rolled

    Used

    Used for beams, bridges, transmission towers, etc.
    For engineering construction

    For steel structure engineering

    For automotive parts manufacturing

    5MOQ

    15tons.We also can accept sample order.

    Capacity

    200,000 tons/year

    Shipment time

    Within 10-20 workdays after receiving deposit

    Product Description


          

    Applications



     

    To better ensure the safety of your goods, professional, environmentally friendly, convenient and efficient packaging services will be provided.

    Technical data

    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
  • Packaging

    The company's products are packaged and labeled according to regulations and customer requirements. Take care to avoid any damage that may occur during storage or transportation. In addition, clear labels are attached outside the package to facilitate identification of product ID and quality information.


    1. Wooden case packing, PVC packing, etc.

    2. Standard seaworthy packing machine customized

    3. Port any port in China

     

    In order to better ensure the safety of your goods, we will provide professional, environmentally friendly, convenient and efficient packaging services.

     

    Stainless steel pipes are often packed and transported in bags, boxes or protective containers. Stainless steel conduits with an outer diameter greater than 6 inches can be transported in bulk, packed or not. The length, outer diameter, wall thickness, finish and transportation method determine the optimal packaging method. Most polishing tubes are packed in wooden cases or boxes made of other suitable materials.

     

    It is necessary to bundle stainless steel pipes, because excessive quantities of stainless steel pipes during transportation may lead to risks such as bending, extrusion deformation or twisting of pipes during transportation. In addition, some other auxiliary measures need to be taken during baling. Flat steel wire belt is generally used for binding, but other suitable materials can also be used. The number of fixed knots depends on the length and weight of the bale.

     

     

  • Application

    1 Building Materials industry 
    2 light industry 
    3 Shipbuilding Industry 
    4 Mechanical Manufacturing 
    5 Bridge Construction 
    6 Energy Engineering 
    7 Water Conservancy Projects 
    8 Chemical Industry

    1. Automobile industry

    Stainless steel plate not only has high corrosion resistance, but also has light weight, which is very important in automobile manufacturing. A large number of stainless steel plates are required for the manufacturing of automobile shells, and many international famous cars are now beginning to use stainless steel plates as the structural materials of automobiles. Even in high-speed railway, subway and other aspects, stainless steel plate is also widely used.

    2. Water storage and transportation

    Water has high requirements on the environment during storage. Stainless steel plate can effectively ensure the water quality is not polluted when used for water storage. Stainless steel plate is also recognized as a safe, hygienic and efficient water storage material in the world. Stainless steel plate will also be an indispensable material for water storage equipment in the future.

    3. Construction industry

    In fact, stainless steel plates were first used in the construction industry, and then gradually introduced into more fields. Decorative panels on the exterior walls of buildings are generally made of stainless steel plates, which are durable and beautiful.

    In a word, stainless steel plates are widely used. In addition to the above, stainless steel plates can also be seen in the household appliance manufacturing industry. I hope you can have a more comprehensive understanding of stainless steel plate after reading this article. More wonderful content, remember to pay attention to TISCO stainless steel!


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