Electric Resistance Welded (ERW) pipes are used in industries because of their lower cost, high efficiency, and adaptability to multiple uses. These pipes are produced by welding, which involves passing electric current through the edges of the pipe, which then join together to make a seamless pipe. ERW pipes are produced under high-frequency electrical currents, which guarantee high accuracy and standards of the pipes, making them suitable for many uses.
Applications of ERW Pipes
ERW pipes are used in construction and the oil and gas industries because of their durability and cost effectiveness.
- Oil and Gas Industry: ERW pipes are used in pipeline transportation of oil, gas and other liquid products. Because of their toughness they can transport products with high pressure over long distances. They are especially used in both onshore and offshore pipelines.
- Water Supply Systems: It is also applied in municipal water supply pipeline systems, guaranteeing efficient pipeline transport of water. ERW pipes are very suitable for use when exposed to different environments.
- Construction: ERW pipes are used in civil construction, including bridges, buildings and other structures and infrastructural complexes. These pipes offer the structural framework and the structures used in scaffolding and reinforcement are made from these pipes.
- Automotive Industry: ERW pipes are used in the automotive industry to manufacture exhaust systems, fuel lines, and other automobile parts. Their strength and capacity for handling pressure and temperatures make them suitable for such applications.
- Agriculture: ERW pipes are also used for water supply in irrigation, where water can be made available to the fields. One benefit of using them is that they are economical when used to manage large farming ventures.
- Boiler and Heat Exchanger Systems: ERW pipes are used to manufacture boilers, heat exchangers and other pressure vessel parts because they are highly heat and pressure-tolerant.
Why Choose ERW Pipes?
- Cost Effective: The first factor that makes a difference in choosing Corban steel ERW pipes is that they are relatively cheap. The manufacturing process is cheaper compared to other processes such as seamless pipe manufacturing, and this makes the final product cheaper but stronger and more reliable.
- High Strength: ERW pipes are well appreciated for their high tensile strength, which makes them suitable for applications where they have to withstand high pressure and extraneous load. This makes them suitable for use in industries like oil and gas, water transport and construction.
- Versatility: ERW pipes are produced in a variety of dimensions, wall thicknesses, and grades and are, therefore, very flexible. This makes them suitable for use in many fields, from industrial to commercial.
- Uniformity and Precision: Due to high-frequency welding in the manufacturing process, ERW pipes provide best in class uniformity and accuracy. This ensures that the pipes are dependable and of equal quality.
- Corrosion Resistance: ERW pipes undergo additional anti-corrosive layers, including galvanisation, to extend their periods of usage. This makes them suitable for use in areas subjected to moisture, chemicals and other corrosive substances.
- Environmental Friendly: ERW pipes, in particular, are produced with comparatively low energy consumption and fewer resources than some other pipes. This makes ERW pipes more acceptable in industries that want to minimise environmental impact.
Conclusion
ERW pipes are widely used to construct new infrastructure and modern industrial systems. They are cheap, durable, reusable, and do not corrode, hence being the most popular in different industries. From delivering oil to supplying water to strengthening construction works, ERW pipes remain a durable and inexpensive option.
