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Wt of 1 Mtr. 3.2808 = Wt.Per Feet.
P = 2ST/Dort – DP/2S or S – DP/2t or
D = 2st/p
P = Bursting Pressure P. si.
S = Tensile Strength of tube
T = Well Thickness ( In Inches )
D = Outside diameter ( In Inches )
Length ( Mtrs ) X Width ( Mtrs ) X Thick ( MM ) X 8 = Wt. Per PC
Length ( fit ) X Width ( Mtrs ) X Thick ( mm ) X ¾ = Wt. Per PC
Dia ( mm ) X Dia (mm ) X Thick ( mm ) / 160 = Gms. Per PC
Dia ( mm ) X Dia (mm ) X Thick ( mm ) X 0.00000063 = Kg. Per PC.
O.D. ( mm ) – W Thick ( mm ) X W.Thick ( mm ) X 0.0248 = Wt. Per Mtr.
O.D. ( mm ) – W Thick ( mm ) X W.Thick ( mm ) X 0.00758 = Wt. Per Mtr.
Dia ( mm ) X Dia (mm ) X 0.00623 = Wt. Per. Mtr.
Dia ( mm ) X Dia (mm ) X 0.0019 = Wt. Per. Feet.
Dia ( mm ) X Dia (mm ) X Thick ( mm ) / 160 = Gms. Per PC
Dia ( mm ) X Dia (mm ) X Thick ( mm ) X 0.00000063 = Kg. Per PC.
Dia ( mm ) X Dia ( mm ) X 0.00680 = Wt. Per.Mtr
Width ( mm ) X Dia ( mm ) X 0.002072 = Wt. Per Feet
O.D. ( mm ) – Thick ( mm ) X Thick ( mm ) X 0.0083 = Wt.Per. Mtr.
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