Bend pipe : ASTM A860 WPHY Bend,api steel bend pipe | carbon steel & alloy steel bend

  • ASTM A860 WPHY Beng Pipe
    ASTM A860 WPHY Bend PipeMay 30.2015
    The pipe bend is utilized to modify the direction of run of pipe.it advantage is can matach lengthy distance transition needs,so it really is typically that bends dimension as outlined by customer design and style. generally,the steel pipe bends consist of 3D,5D,7D 8D 9D 10D 11D ---- 120D series.
  • Pipeline carbon steel pipe bend
    Pipeline Carbon Steel BendMay 30.2015
    Radius: 2D~120D
    Executive Standard and material: ISO3183, GB/T 9711: L175, L210, L245, L290, L320, L360, L390, L415, L450, L485, L555, L625, L690, L830 API Spec5L: A25, A, B, X42, X46, X52, X56, 60, X65, X70, X80, X90, X100, X120
  • API X52 Line pipe Bend,Pipeline bendDec 20.2015
    Yupeng company can be a top exporter and manufacturer of steel pipe bend and our high quality bend pipe are broadly exporter to international trader.
  • A860 WPHY 80 Equal Tee Fittings
    A860 WPHY 80 Equal Tee FittingsMay 30.2015
    Product Name: A860 WPHY 80 Equal Tee
    1.Catalogues
    Straight (Equal)Tee, Reduce (unequal) Tee
    2.OD:1/2" to 128"
    3.Wall Thickness:2mm to 80mm

 What is Hot Rolled Bending?
Hot Rolled Bending is really a controlled indicates of bending pipes through the application of regional heating employing higher frequency induced electrical power.
Originally utilized for the purpose of surface hardening steels, Hot Rolled technology when utilised in pipe bending consists basically of an Hot Rolled coil placed about the pipe to be bent. The Hot Rolled coil heats a narrow, circumferential section on the pipe to a temperature of amongst 870 and 1210 degrees Celsius (dependant around the material to be formed). As the correct bending temperature variety is reached, the pipe is moved slowly by way of the Hot Rolled coil whilst.

 

Benefits of Hot Rolled Bends!
Substantial radii for smooth flow of fluid.
Cost efficiency, straight material is less pricey than regular elements (e.g. elbows) and bends can be produced more quickly than common components is usually welded.
Elbows can be replaced by larger radius bends where applicable and subsequently friction, put on and pump energy is often decreased.
Hot Rolled bending reduces the number of welds in a method. It removes welds in the critical points (the tangents) and improves the potential to absorb pressure and tension.
Hot Rolled bends are stronger than bends with uniform WT thickness.
Much less non-destructive testing of welds, including X-ray examination will save price.
Stock of elbows and typical bends may be drastically reduced.
More rapidly access to base components. Straight pipes are far more readily out there than elbows or normal elements and bends can pretty much usually be created more affordable and quicker.
A limited quantity of tools is required (no use of thorns or mandrels as required in cold bending).
Hot Rolled bending is actually a clean procedure. No lubrication is necessary for the procedure and water needed for the cooling is recycled.

 

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