A C-channel is a style of beam with two flanges rising from just one side of the flat surface and a large central part. The C-channel gets its name from the C shape it makes when it is turned on its side. For the greatest contact area and strength, a C-channel is typically utilized in locations where it can be fastened to a flat surface. Read More…
C ChannelsC channels are primarily used in construction and engineering. A C channel is a type of beam with a wide middle section with two flanges coming up from only one side of the flat surface.
ISO 9001:2008 certified manufacturer specializing in custom roll forming. Unique profiles are run in gauges from 0.005" to 0.165" and widths up to 48" on 35 lines. Adding in-line operations may enhance your product.
Johnson Bros. is a leading manufacturer when it comes to roll forming metals, pre-finished and plain. Such as profiles, U-Channels, C-Channels, J-Channels, Hat Channels, Box Channels, Zee Channels, Strut Channels, moldings, and more.
With over 50 years of experience, United Roll Forming specializes in roll forming for a variety of industries. Our products are the result of state-of-the-art machines that provide both quality and efficiency.
To create an I-beam, C-channels are occasionally welded back to back. This unusual configuration can produce sturdy yet adaptable structural support.
How C Channels are Made
A C-channel is a style of beam with two flanges rising from just one side of the flat surface and a large central part. The C-channel gets its name from the C shape it makes when it is turned on its side.
For the greatest contact area and strength, a C-channel is typically utilized in locations where it can be fastened to a flat surface. To create an I-beam, C-channels are occasionally welded back to back. This unusual configuration can produce sturdy yet adaptable structural support.
The roll forming machine contains a collection of precisely engineered dies installed in each stand to get ready for the roll forming process. These unique tools are created to perfectly suit the specifications of the metal channel that needs to be molded.
The roll-forming dies are separated into stations, each with a roller that gradually molds the metal sheet. The roll forming procedure starts after the CAD program has been downloaded and the dies have been positioned in the roll forming machine. The metal strip is pre-processed before entering an entry guide or table to ensure a square, straight entry into the first pass as it exits the uncoiler.
This step in the process is crucial to guarantee the quality of the finished product. Depending on the complexity of the metal channel, the required number of passes might range from only a few to thirty or more.
The start and finish of roll forming can be accomplished using a variety of techniques. In certain processes, straightening happens at the start, but in others, it happens at the conclusion. After the channel has been formed, whatever technique is utilized, the required length feeds out at the end, is cut to the precise measurements, and is then gathered on a table or pair of rollers.
Materials Used to Produce C Channels
Aluminum is the ideal material for creating metal channels due to its strength and versatility. Despite not having the same tensile strength as steel, it provides sufficient stability to be employed as a support in some situations.
Frame extensions, light poles, lighting fixtures, window and door frames, connectors, and the production of lightweight ladders all use aluminum channels. In addition, because of their good conductivity, metal channels made of aluminum are utilized as heat conductors and reflectors.
Steel is the material of choice for the production of metal channels due to its strength and durability. Construction companies employ its structural strength to create braces and frames for buildings and supports for diverse machines and heavy machinery.
Metal channels are created using a variety of brass grades. Architectural bronze, also known as Brass 385, is a particularly strong and durable variety of brass that has outstanding corrosion resistance and is simple to shape and mold. Brass 385 is used as support for decorative applications such as shelving and wall supports for exhibits and has a pleasing aesthetic look that polishes to a shiny finish. Brass can create exacting tolerances and lengths for any application.
Applications of C Channels
The roof deck can be supported by rafters that extend from the eaves to the ridge and are made of various metals. Metal rafter channels have the same weight-bearing capacities as other materials while being lighter and smaller. Metal channels have a longer lifespan than wood because they are resistant to rot, deterioration, and the effects of dampness. Metal channels can serve as the primary or supplemental support for other materials while building roofs.
Solar panels must be lightweight and strong enough to endure adverse weather. Metal channels are perfect in those circumstances since they satisfy both requirements. Metal channels provide the durability required to withstand the conditions where solar panels are mounted because of their high tensile strength. Metal channels' modest weight enables solar panel manufacturers to install their products in various climates and settings.
Choosing the Right C Channel Supplier
To make sure you have the most productive outcome when purchasing C-channels from a C-channel supplier, it is important to compare at least 4 suppliers using our C-channel directory. Each c-channel supplier has a business profile page that highlights their areas of experience and capabilities and a contact form to directly communicate with the supplier for more information or request a quote. Review each C-channel business website using our proprietary website previewer to get an idea of what each business specializes in, and then use our simple RFQ form to contact multiple C-channel businesses with the same message.
C Channel Informational Video
Roll Forming Power Pages
A wire brush is an abrasive tool that has stiff bristles made from a variety of rigid materials designed to clean and prepare metal surfaces. The filaments of wire brushes are small diameter pieces of inflexible material that...
Roll forming is a gradual process of bending a flat sheet of metal to obtain a longitudinal and uniform profile by processing it through a set of mated tool dies. The process is carried out until a uniform shape is obtained....
Roll forming is a process that uses a set of precisely placed rollers to perform incremental bending to a continuously fed strip of metal. The rollers are mounted in sets on a consecutive stand with each roller...
Steel channels are "C"-shaped hot-rolled carbon steel built with vertical web and inside radius corners on the top and bottom horizontal flanges. Steel channels consist of a wide web and two flanges, which can...
Metal spinning is a metalworking process that transforms a blank or preformed metal sheet (which will be referred to as the workpiece) into an axially symmetrical hollow figure. It is accomplished through the lateral force applied by...
Contract manufacturing is a business model in which a company hires a contract manufacturer to produce its products or components of its products. It is a strategic action widely adopted by companies to save extensive resources and...
Aluminum trim is an aluminum product that is produced by extrusion to create long, narrow, pliable, and adaptive pieces of aluminum that can be used for architectural decorative applications and accents, indoor and outdoor lighting, and engineering design...
Extruded aluminum is a continuous piece of aluminum that usually has a constant profile or cross-section throughout its length. It is made by forcing a block of aluminum, called a billet, through a die opening which is smaller than the original cross-sectional area of the billet...
Types of Aluminum Extrusions
Aluminum extrusion, or the extrusion process, owes its beginnings to three men – Joseph Bramah, Thomas Burr, and Alexander Dick. Each of them advanced and perfected the process so that inventors from the industrial revolution...