Angle Iron

Find angle iron resources from IQSDirectory. Search through our industrial directory for leading angle iron manufacturers and angle irons suppliers.


Johnson Bros. Metal Forming Co. Angle Irons
angle irons
angle irons
angle irons
Mfrs. of Angles Equal Legs or Unequal Legs, and formed standard 90 Degree or any Degree Bend needed. Straight or Angle Rings or Mitered Frames can be produced. Hems may be added. .005” to .187” thick. All Metals used: PreFinished, Plain & Post Finished. Inline Fabrication: Holes, Slots, Perforating, Embossing, Notching, Shear Forms, Tabs, Cutouts, End Fabricating & Cut-to-Length. Existing tooling is available.

http://www.johnsonrollforming.com | Email This Company | Phone: 708-449-7050
5520 McDermott Drive   Berkeley, IL 60163

United Roll Forming, Inc. Angle Irons
angle irons
angle irons
angle irons
With over 50 years of experience in roll forming, United Roll Forming specializes in cold roll forming; steel & aluminum channels & angle irons; metal rings for a variety of industries. Our products are the result of state-of-the-art roll forming machines that provide quality & efficiency. We are extremely proud of our ability to take any type of metal & transform it when other suppliers gave up.

http://www.unitedrollforming.org | Email This Company | Phone: 574-294-2800
58288 C.R. 3,  Elkhart, Indiana 46517

Cargowall Limited Angle Irons
angle irons
angle irons
angle irons
We have built a reputation for excellent customer service, on-time deliveries & producing affordable high-quality roll formed parts. We roll form custom shapes, including steel channels & angle irons, & serve various industries, while being a major supplier of specialty components to the tractor trailer industry. Cargowall is a step ahead of "off-the-mill" production to develop custom solutions.

http://www.cargowall.com | Email This Company | Phone: 800-495-7676
131 Lake Road,   Bowmanville, Ontario Canada L1C 4P8
 
Industry Information

Angle Iron

Angle irons provide structural framework or support at a 90 degree angle on a building as well as wall corners and edges. Angle brackets are sometimes referred to as angle irons, but angle brackets are folded along the width of the flat metal rod rather than its length. Angle irons have a direct relationship between their size and their weight capacity; the larger the angle iron, the heavier the load they can support. Commonly used in applications such as building reinforcements, drawer slides, athletic flooring systems, joists, studs, control joint, expansion joint, railroad track and supports, angle irons may also be punched with holes or shapes to allow for hardware fastening. Industries that utilize angle irons include construction, aerospace, automotive, railroad, furniture, HVAC, hardware and storage. Materials that are used in angle irons include iron, steel, brass and aluminum. Iron and steel angle irons are the most common; however brass and aluminum angle irons also have their uses. For example, brass is used for aesthetic appeal while aluminum angle irons are used in applications requiring lighter weights.

During the roll forming process, the angle iron begins as a flat metal rod. Roll forming machines that consist of sequences of calenders, or roller die pairs, are positioned both above and below the flat metal rod that is being formed. As the metal rod moves through the machine, the rollers bend the rod along the linear axis, pressing the rod into a more uniform grainflow while shaping the rod to specific widths and linear three dimensional shapes. Roller dies may also include punches which punch holes or shapes into the part along precise intervals as it is being formed; punches are often used to form slotted angle irons. Typically, roll formed parts are created at room temperature, making this a cold forming process. The roll forming process creates very little scrap material while improving the structural integrity of the product. This process can be used for many different standard angle iron sizes; an angle iron with longer sides is generally made from a thicker metal, such as iron or steel, which allows for a thicker root, meaning the area where the bend is located. Although the legs of the angle can vary in size, the legs remain at equal lengths.