Saepe quod calidum, expanded pipe refers to a ferro pipe cum relative humilis density sed fortis DECREMENTUM, in Sinis Pipe Pipe, quod est in pipe, quod est per radiale deformatam, quod non-vexillum, quod est in technology, quod non-vexillum Special exempla monstrabit de seamless pipulis potest produci per vexillum fistulae et sumptus est humilis et productio efficientiam est princeps. Est communis processus modum in seamless fistularum. Debitum ad altum parametri progressum de potentia plant Boilers et magnam scale progressionem de Petrochemical plantis, in demanda pro magna-diametrum maiorem quam 508mm, quod est difficile ad fistulam, quod diametri augendae, quod in seamling, quod diametrum, ad effective, praesertim in cost-effective, praesertim in cost-effective medium frequency Thermal expansion technology habet paulatim succrevit ita est.

 

Duo-gradus propellens pipe Expander propter calidum-expanded ferro fistularum combines cono mori diametrum expansion technology, digital medium frequency inductione calefactio technology, et hydraulicis technology in unum apparatus. Cum eius rationabile processus, minus industria consummatio, inferior constructione investment, et bonum productum qualitas, amplis range rudis materiae et productionem batch adaptability et humilis in Traditional Pipe Industry.

 

Notandum quod mechanica proprietatibus calidum, expanded ferro fistulae plerumque paulo peius quam calidum, advolvit ferro tibia.

 

Generalis processus scelerisque expansionem pipe figere tibia in plumbum cochlea ponere pyramidis informibus summo anvil diameter maius diametri pipe in aliam tibia et link et figere alteram in tibia. The connection between the pipe and the top anvil is at Below the intermediate frequency heating coil, in order to counteract the heating too fast and burst, you need to pass water in the tube first, start the coil heating, and after reaching the specified temperature, the screw that links the tube pushes the tube, so that the tube moves toward the top anvil and extends. In Top Anvil Taper dilatat tibia diameter. Post totam tibia transit, tibia non recta propter scelerisque expansionem processu, sic indiget corrigas.

Quod supra est basic contentus de scelerisque expansion technology.

 Et haec est pertinet formula scelerisque expanded pipe

 

Expanded pondus:

Carbon Steel: (diameter, crassitudine)× crassities× 0.02466 = ponderisT ex una meter (kg)

Alloy (diameter crassitudine)× crassities× 0.02483 pondere =unius meter (kg)

NUMBER metra post calidum expanded:

Originale Tube Diameter÷ calidus× 1.04× Longitudo *

 

Original Tube metris:

expansa longitudinem× (Diameter÷ Originale Tube Diameter÷ 1.04)

 

Volo:

(C)÷ (Original diameter, crassitudine× crassitudine)

 

Crassitudine:

Expanded crassitiem (I tempus)) = originali Tube crassitudine× 0,92

Expanded crassitiem (II tempora) = originali fistulam crassitiem * 0.84

 

Diameter:

Expanded diameter = FORMULTO mole + expanded crassitiem× 2

Fusor Location: expanded diameter-2 * Expanded muros crassitudine

 

Diametrum tolerantia:

Diameter<426mm, tolerantia±2.5

Diameter426-630mm, tolerantia±3

Diameter>630mm, tolerantia±5

 

Ellipticity:

Diameter<426mm, tolerantia±2

Diameter>426mm, tolerantia±3

 

Crassitudine:

crassities≤20mm, tolerantia+2 , -1.5

crassities≤40mm, +3 , -2

Pipe enim faciens pipe conveniens

+5 , -0

 

Interius et extra scalpere:

 

Scalpere, 0.2mm, longitudo 2cm, quod dicitur scalpere. Non licet

Rectitudo: ≤6Meter, flectere est 5mm, ≤12Meter, flectere 8mm

 

Nam expample:

Originale Tube DCX * XIX calidum expanded DCLX * XVI

Pipe Length: 12.84Meter

Expanded Crassitudo: XIX * 0.92 = 17.48 (1tte)

XIX * 0.84 = 15.96(2times)

Expanded Longitudo Pipe: DCX ± DCLX * 1.04 * 12.84 = 12.341962

Expanded Diameter: DCXXV + 17.48 * II + I = 660.96 (1ttime)

+ I = 657.92 + 15.96 * + DCXXV + (2times)

 

Module Size: 660-2 XVI = DCXXVIII