Description
SSAW Spiral carbon steel pipe, also known as carbon spiral steel pipe or spiral welded pipe. is a low carbon structural steel or low alloy structural steel strip according to a certain helix angle (called forming angle) rolled into a tube, and then welded joints made of, It can be produced with a narrow strip of large diameter steel pipe.
Compared with the straight seam welded pipe, the spiral welded pipe has higher strength and larger diameter. The production standard of the spiral welded pipe is more than that of the straight seam welded pipe. Mainly used in steel structure engineering, machinery manufacturing, construction water, oil pipelines, and other low-pressure fluid pipelines, and can also be used in piling structures, and other construction fields.
Parameters
| Product Name | SSAW Carbon Steel Pipe |
| Standard | AISI, ASTM, BS, DIN, EN, GB, JIS |
| Grade | Q235A, Q235B, Q345, L245, L290 |
| Outer Diameter | 3/8″-36″ |
| Wall Thickness | SCH10 SCH20 SCH30 STD SCH40 SCH60 XS SCH80 SCH100 SCH120 SCH140 SCH160 XXS |
| Length | 5.8/6m |
| Technique | Hot Rolled |
| Usages | 1. Fence, greenhouse, door pipe,greenhouse 2. Low pressure liquid, water, gas, oil, line pipe 3. For both indoor and outdoor the building construction 4. Widely used in scaffolding construction which is much cheaper and convenient |
| Packing Detail | Small pipes in bundles with strong steel strips,large pieces in loose; Covered with plastic woven bags |
| MOQ | 1 Ton |
Features
SSAW (Spiral Submerged Arc Welded) carbon steel pipes are made from narrower hot rolled sheets/coils which reduces costs. The diameter of spiral welded pipe can be very large, which is suitable for transporting large quantities of oil and gas.
Features of SSAW PIPES: SSAW pipes are available in a more varied range of diameters than ERW pipes and LSAW pipes Since the spiral submerged arc welded pipe is made of a narrower hot-rolled plate, the production cost is reduced, which brings additional cost benefits to the user. Spiral submerged arc welded pipes exhibit excellent properties, especially in terms of withstanding stress.
