Orbit Industries’ 22.5-degree EMT elbow comes in sizes between ½ and 4 in. The interior and exterior surfaces are free from defects with a smooth, welded seam, and they are evenly coated with zinc using a hot-dip galvanizing process. It is made of galvanized steel.

Atkore’s FRE Composites HazGuard elbow is easy to install with adhesive for faster job completion. The noncorrosive material enables it to be used in harsh environments. It is nontoxic upon burning and has UV resistance for outdoor use. A lower coefficient of friction than PVC eliminates burn-through of cables.

Penn Aluminum’s rigid elbow is made of UL Listed aluminum conduit, which is extruded using recycled, U.S. domestic aluminum billet. It is available in trade sizes of ½ in. through 6 in. and bends in sizes such as 45, 30 and 90 degrees. 

Eaton’s Crouse-Hinds Division’s EMT elbow is used to make a 45- or 90-degree bend between two lengths of EMT or between EMT conduit and a box or enclosure. The curvature of the conduit is used to fit specific locations, make turns or change direction. It is available in ½- to 4-in. sizes. It is concrete-tight when taped.

Atkore’s Type 316 stainless steel rigid elbow bent sections of rigid conduit help in changing the direction of conduit. It is available in 90 and 45 degrees. It is polished with standard “brite” finish to increase corrosion resistance and aesthetic appearance. The color-coded plastic caps protect threads.

Champion Fiberglass’ elbow is used in utilities, data centers, wastewater treatment plants and more applications. A low coefficient of friction and a single circuit-winding process keeps cables from burning through the fiberglass conduit elbow and damaging the cable. 

Allied Tube and Conduit’s pull elbow is raintight, furnished with a neoprene gasketed steel cover and threaded for rigid conduit and IMC. It can be connected to the male or female ends to form 90-degree bends.