EFW Pipes Vs Seamless Pipes – Advantages and Disadvantages

Pipes are an essential component of most industries and play a crucial role in transporting fluids and gases from one point to another. Different types of pipes are manufactured to cater to various needs. EFW (Electric Fusion Welding) pipes and Seamless pipes are commonly used in industries. EFW pipes are welded longitudinally from the edges, whereas seamless pipes are manufactured using extrusion without welding. In this blog, we will explore the advantages and disadvantages of EFW pipes and Seamless pipes.

What is EFW Pipes?

EFW (Electric Fusion Welded) Pipes are high-quality, cost-effective steel pipes used in various applications such as plumbing, industrial construction, process piping installations and automotive. These pipes are longitudinally welded using an electric fusion welding process, allowing for the lowest-cost form of manufacturing. Unlike traditional pipe joining processes requiring multiple steps of welding and grinding, EFW pipe fabrication requires just one pass through the electric arc welder with no subsequent finishing touches needed. This allows for quick and efficient production times with minimal material waste while ensuring superior quality control standards due to this semi-automated method. EFW pipes can have wall thicknesses ranging from 2mm – 8mm making them both durable and lightweight depending on their particular application.

What is Seamless Pipes?

Seamless pipes are steel pipes without any welded joints or seams. This type of steel pipe is formed by mandrel rolling methods and is used in high-pressure and temperature applications. Its lack of discontinuity makes it ideal for use in pipelines, boilers and other high-stress applications since it can withstand higher pressures than welded joints. Seamless pipes are also more precision made with improved surface finish than their welded counterparts, making them stronger and less susceptible to external interference such as corrosion or leakage.

Advantages of EFW Pipes:


EFW pipes are less expensive than seamless pipes as EFW pipes are welded, whereas Seamless pipes are costly due to the extrusion process.

High Strength:

 EFW pipes are manufactured with high strength, making them more durable and robust and suitable for high-pressure applications.


EFW pipes have various applications in various industries, such as petrochemicals, gas, water, and oil pipelines.

Disadvantages of EFW Pipes:

Low-Quality Welding:

EFW pipes’ welding quality is generally lower than seamless pipes, diminishing some of their strengths.

Limited Sizes and Shapes:

EFW pipes are available in fewer sizes and shapes than seamless pipes.


Welding joints of EFW pipes are more susceptible to erosion than seamless pipes. This also diminishes their working life.

Advantages of Seamless Pipes:

High-Quality Welds:

Seamless pipes’ extrusion process does not affect the quality of the weld, making them more durable and resistant to cracks and failures.

Design Flexibility:

Seamless pipes can be made in various sizes and shapes as required, making it easier to design piping systems.

Low Erosion:

Seamless pipe joints have minimal erosion compared to EFW pipes, giving them a longer operating life.

Disadvantages of Seamless Pipes:


The extrusion process of producing seamless pipes makes them more expensive than EFW pipes.

Limited Sizes:

Although seamless pipes can be designed to various shapes and sizes, the production process is expensive, making them less accessible than EFW pipes.


Seamless pipes have fewer applications than EFW pipes due to their higher cost.

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EFW and Seamless pipes have their advantages and disadvantages, but industry-specific requirements determine which type of pipe is better suited. When cost is a crucial factor, EFW pipes are a more economical option, but seamless pipes are a better choice when quality and durability are a priority. It is essential to understand the requirements and characteristics of various pipes to decide which type of pipe will work best for a particular application.



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