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API 5L X65

Carbon Steel API 5L X65 Pipe is made with a combination of materials composed of carbon, manganese and sulfur, as well as trace amounts of phosphorus and silicon. This blend of elements results in powerful steel pipes with a relatively low weight compared to other steel pipes. The composition is similar to different grades within the API 5L range for Carbon Steel, with variations in the amounts of carbon present. The higher amount of carbon in the x65 pipes makes it ideal for applications requiring higher strength, such as transporting petroleum and natural gas through pipelines. It also has proved effective in construction projects involving lifting equipment or structures such as bridges.

CS API 5L X65 Pipes are an incredibly versatile and reliable pipe option. They provide tremendous longevity and stability for electrical transmission pipelines and high-pressure applications like oil-gathering lines. Their carbon steel composition makes them robust, corrosion-resistant and able to withstand extreme temperatures; this is why they are so suitable for industrial use. Furthermore, these pipes can be bent to a certain angle without worrying about breakage or cracking, allowing for better user control and customization options. This makes them ideal for residential and commercial pipe jobs, whether small-scale plumbing needs or large construction projects such as bridges or utility towers. Carbon Steel Pipes API 5L X65 are the perfect pipe solution!

FAQ's for Carbon Steel API 5L X65 Pipes

Carbon Steel API 5L X65 Pipes Starts At Rs 85/Kg To Rs 130/Kg

Carbon Steel API 5L X65 pipes are available in a variety of sizes. The standard sizes for this type of pipe include 1/4” to 36” OD (Outside Diameter) and 3/8” up to 20” Wall Thickness. Pipes with larger diameters and wall thicknesses may be ordered as per customer requirements.

Carbon steel API 5L X65 pipes are highly resistant to corrosion and rust. These pipes are constructed from materials that contain both chromium and nickel, which act as a barrier against corrosion. The material also has excellent tensile strength and is able to withstand extreme temperatures and pressures. In addition, the surface of the pipe can be galvanized or treated with other anti-corrosive coatings to provide even more protection against rust.

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