Steel channel sections are a popular and versatile product used throughout construction and industrial applications. Available in a wide range of steel channel sizes, thicknesses and profiles, these structural sections provide excellent strength and durability. Gain a better understanding of the different types of steel channels and discover how they can be used in your projects.
A steel channel is a profile formed from hot-rolled high-quality mild carbon steel and shaped with two parallel or tapered horizontal flanges joined by a wide vertical web. Available in a variety of steel channel sizes, these structural sections offer excellent strength, durability and versatility. This makes mild steel channel products ideal for building frames, braces, structural steelwork and heavy equipment applications.
Mild steel channels are manufactured by passing a strip of hot-rolled steel through a series of rollers that gradually form the required profile. The steel channel is then cut to the specified length, producing a durable structural section suitable for a wide range of applications.
Thanks to the hot rolling process, no additional finishing is usually required. However, steel channels can be galvanised for additional corrosion resistance and supplied in a range of steel channel sizes to suit specific project requirements. Channels can also be drilled, machined or welded to meet bespoke specifications.
The roll forming process allows steel channel sections to be manufactured in a variety of shapes and dimensions. At BM Steel, you can choose from a selection of steel channel sizes, lengths and thicknesses, including popular structural profiles. Bespoke mild steel channel sizes and specifications can also be supplied to suit individual project requirements.
Hat steel channels have a cross-section that resembles a hat when viewed in profile. Their unique shape provides strength and stability while remaining lightweight, making them a popular choice for roof framing and light structural applications.
Z-channels feature a distinctive Z-shaped profile and are commonly used in roofing, cladding systems and structural framing where overlapping sections are required. Their design allows for efficient load distribution and installation flexibility.
U-channels have a U-shaped cross-section with tapered flanges and a vertical web. These steel channel sections are commonly used in architectural, structural and fabrication applications where strength and support are required.
C-channels have a C-shaped cross-section with parallel flanges, making them one of the most widely used steel channel profiles. They are commonly used to support buildings, roofs, walls, ceilings and other structural frameworks.
Steel channel sections play an important role across construction, engineering and manufacturing projects. Whether you require standard steel channel sizes or bespoke mild steel channel products, BM Steel can supply high-quality structural steel sections to meet your requirements.
A steel channel is used to provide structural support in construction, engineering and manufacturing applications. Steel channel sections are commonly found in building frames, roof supports, machinery, platforms and structural steelwork where strength and stability are required.
Steel channel sizes vary depending on the application and structural requirements of the project. Steel channels are available in a range of depths, widths and thicknesses, allowing engineers and fabricators to select the most suitable section for load-bearing and support applications.
A mild steel channel is a structural steel section manufactured from low-carbon steel. Mild steel channels are widely used throughout construction and engineering because they offer a combination of strength, durability, weldability and cost-effectiveness.
The main difference between a C-channel and a U-channel is the flange design. C-channels typically feature parallel flanges, while U-channels often have tapered flanges. Both steel channel profiles are commonly used in structural applications, but the best choice depends on the project specifications and loading requirements.
