Load Bearing Capacity Of Steel Studs

Tsn s optimized stiffwall shear wall system used together with sigmastud s increased load capacity will allow you to build taller lighter faster and stronger.

Load bearing capacity of steel studs.

1 wind bearing studs 1 wall studs subjected to lateral loads no axial loads other than self weight and the weight of applied finishes 2 steel bridging 3 top and bottom track 4 head sill and jamb members for wall openings. For best non structural steel stud specifications stay apprised of industry standard requirements. Distri bution headers shear walls and miscellaneous hot rolled steel shapes may also be incorporated into the wall system. Only the unsheathed axial load bearing studs are affected by this interaction and then only when axial load stresses are small relative to wind load stresses.

The lip lengths for joists with 2 5 and 3 flange widths have been reduced from 0 75 to 0 625. Components in a load bearing steel stud wall a load bearing stud wall figs. Sigmastud is a breakthrough in the load bearing steel stud industry producing significant increases in load capacity when compared with conventional c shaped studs. 1a 1b generally consists of the c studs and track framed openings including header and jambs.

An 8 foot 3 1 2 inch metal stud for instance may support over 2 000 pounds while a 16 foot stud of the same width will support as little as 400 pounds. Although multiple factors do come into play related to the load weight limit for metal studs as the length of studs increase the less weight they support. It eliminates box beam headers stud to track nesting built up members for posts and jambs and has superior axial strength for load bearing projects. The steel network provides solutions for all standard light steel framing applications including load bearing mid rise construction systems.

Hds allowable limiting heights contact clarkdietrich technical services at 888 437 3244 for any questions on the design systems above. C studs used in the construction of a. Steel studs are not designed for bearing any axial loads and are ideal for supporting the dead load of many typical wall finishes such as gypsum board tile etc and providing resistance to limited interior transverse loads.