As one of the foremost Stainless steel tube manufacturers, Steel Pipe Sourcing will discuss the advantages of seamless stainless steel pipes. But before that, we will know about its manufacturing process.
The manufacturing process for seamless pipes
As the name suggests, steel pipes are long, lightweight tubes primarily used to transport things between two points, whether one way or another. In the production of seamless or welded pipes, there are two different types of production processes that Seamless Stainless Steel Pipes Tubes Manufacturers follow to produce these types of pipes.
Both methods (hot billet or flat strip) are based on the basic principle of casting the raw material into a more practical shape as a starting point. The hot steel billet is then shaped into a pipe by stretching it into a seamless pipe or by rubbing the edges of a flat steel strip together and welding them together in order to form a seamless tube.
Let us discuss how these pipes are helpful and beneficial in different places and their comparison with other steel pipes:
1 Among the most prominent advantages of seamless steel pipes is the fact that they are more resistant to pressure.
2 The welded seam is the weakest link in a welded steel pipe, as it is the most vulnerable to corrosion. The advantage of seamless pipes over welded pipes is that they do not have seams in the tube, thus making them equally solid over the entire diameter of the tube.
3 In addition, the computation of pressure readings is considerably more straightforward as it does not require the consideration of the quality of the weld.
4 Even though seamless pipes are often more expensive than welded ones, the increased pressure resistance capacity allows you to use thinner, lighter, but more durable tubes, which may contribute to cost savings.
5 Carbon Steel Seamless Pipes, just as their name suggests, contain no weld joints in the process of fabrication. This type of product is made up of a single piece of metal, and there is no welding used in the process to bond or attach it to any other component.
6 Seamless pipes are not susceptible to failure at the welded junction points, unlike those made of welded steel, which has a higher risk of collapse.
7 A seamless pipe is able to withstand more pressure than a welded pipe. Despite the improvements in welding processes over the years, welded pipes can still only withstand one-fifth of the force that seamless pipes are capable of sustaining.
8 The smooth surface and the absence of joints in seamless pipes make them more aesthetically appealing than welded pipes.
9 Due to the lack of welding, seamless pipes may not need to undergo weld quality testing.
10 Seamless pipes do not require any annealing or heat treatment to harden because the pipes harden naturally during the production process without the use of heat.
11 The use of seamless pipes can always be preferred over the use of welded pipes. However, welded pipes should never be used as a substitute for seamless pipes since seamless pipes are much stronger than welded pipes, and the use of welded pipes may compromise the primary strength and decency of the product or structure.
12 The corrosion resistance of seamless pipes is much higher than that of welded pipes. Due to the fact that these tubes do not need to be treated or welded, they are not subjected to additional impurities to strengthen or improve their qualities. A seamless pipe is also pliable and lightweight, and it has fewer manufacturing flaws than a welded pipe, along with being more durable.
Even though seamless steel pipe is more expensive than other kinds of steel pipe, it is also more efficient than different kinds of steel pipe. This is because it has a higher intensity when loaded.
In addition to its own weight, an empty pipe has to support the weight of a tube laden with the material. Because of their strength, seamless pipes do not contain seams and are not susceptible to such problems.
