Bevel End Seamless Pipe

QS Steel Pipe: Zhangzhou Bevel End Seamless Pipe

Seamless pipe supplied with bevelled ends per ASME B16.25, 1/2 to 48 inch, ready for butt welding in oil, gas, power and process lines.

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One-Minute Overview

Seamless pipe with ends bevelled per ASME B16.25 for butt welding.
Bevel angle and land are cut to the standard, so fit-up starts clean.
1/2 to 48 inch in carbon or alloy steel, walls from SCH10 to SCH160.
Takes site cutting, grinding and re-bevelling out of the tie-in work.

Bevel end seamless pipe arrives with the weld preparation already done. Both ends are bevelled to ASME B16.25, so the pipe is ready to butt weld as it leaves the truck, and the fitter spends the shift on alignment instead of grinding bevels. The seamless body keeps the pressure boundary free of a weld seam, and the standard bevel makes every joint in the run start from the same geometry. That combination suits transmission lines, process piping and power station runs, where tie-in welds are counted, inspected and logged.

Name: Bevel End Seamless Pipe
Type: Seamless
Size: 1/2 to 48 Inch
Schedule: SCH10 to SCH160
Material: Carbon Steel, Alloy Steel
Standard: ASME B36.10M, ASME B16.25
End: Bevel End per ASME B16.25
Feature: Bevelled Ends Ready for Butt Welding
Size, schedule and material are confirmed per inquiry, and a detailed specification sheet is available on request.

What you are buying with bevel end pipe is consistency. The bevel angle, the land and the surface finish follow ASME B16.25, so every joint in the run starts from the same geometry and the welding procedure does not need a separate case for hand-cut ends. Check the bevel for damage in transit, protect the ends with caps, and keep the bevel face clean and dry until fit-up. Where a spool is prefabricated in a shop, the same standard governs the shop welds and the field welds.

Fit-up and welding still follow the usual rules: align the bore, keep the root gap within the procedure, and tack with consumables that match the pipe. Seamless carbon and alloy pipe welds to qualified procedures, and alloy grades may need preheat and post-weld heat treatment, so read the material certificate before the first weld. NDT of the butt welds is specified per the service class, and damaged bevels are ground back to clean metal before the joint is closed.

FAQ

Q1. What exactly does ASME B16.25 fix on the pipe ends?

It fixes the bevel angle, the width of the land, the surface condition and the tolerances that make two ends match. Follow it and a pipe from one heat welds to another without custom grinding. The weld procedure still sets the root gap and the number of passes.

Q2. Can the ends really be damaged in transit, and does it matter?

They can and it does. A nicked bevel face means grinding back to clean metal before fit-up, which is time you already paid to save. Cap the ends, lift with slings that do not chew the bevel, and inspect the faces on arrival rather than at the bottom of the trench.

Q3. Why not just bevel the pipe on site like we always have?

You can, and a good fitter cuts a fine bevel with a grinder and a steady hand. The point is repeatability across hundreds of joints and a paper trail that says the ends matched the standard. Hand bevelling is an art; machine bevelling is boring in the best way.

Q4. What payment terms do you accept for bevel end seamless pipe?

T/T, L/C at sight and other internationally accepted terms. The exact terms are agreed with you before production starts, because the payment schedule has to match the order value, the shipping method and the delivery schedule you need — which is also why we confirm them up front rather than after shipment.

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