Benefits of Carbon Steel Pipe
Carbon steel piping provides safety and durability. Because it is shock resistant and not affected by harsh environmental conditions like pressure or extreme weather, it is an ideal material for structural applications.
The incredible strength of carbon steel means that carbon steel pipe can be made thinner and with less material while still being able to transport high volumes. This makes carbon steel piping a cost-effective material. Not only can less of it be used, but carbon steel is also recyclable, making it both environmentally-friendly and cost-effective.
Because it’s easy to manufacture, carbon steel piping is a versatile material. We can make it in a variety of thicknesses and dimensions. It’s also easy to cut and bent to fit wherever it’s needed. Its also easily connected to joints, valves, and other pipe fittings.
Applications for Carbon Steel Pipe
Carbon structural steel pipe is versatile and useful for a variety of applications. Some of the most common uses of carbon steel piping are:
- Building foundations
- Transporting natural gases or oil
- Boiler and condenser tubes
- Transporting wastewater
- Chemical Processing
- High-pressure applications
- Transporting sewage
- Bollard construction
- Shipbuilding
- Shoring
- Trash enclosures
- Distillers
- OEM applications
Structural Steel Pipe from Totten Tubes
We offer a wide variety of in-stock tubing in theASTM Specification you need, including hard to find sizes. We supply:
- Grade A53B: This type of pipe is ideal for high-pressure applications. It can be welded and formed to whatever shape is needed and is used primarily for steam, water, khí ga, and air lines.
- A106B Seamless: A106 pipe is a seamless pressure pipe that is used for transporting fluids and gasses at high temperatures and high pressures. This carbon steel grade is often used in power plants, oil and gas refineries, and other high-temperature applications.
- A500 Grade B/C: This is a structural steel tubing that can be welded, riveted, or bolted for construction and other structural applications.