In May of 2013, we began providing our exclusive line of “Portland Bolt” branded shear plates. Cleveland Steel Specialty Company ceased business operations in 2020, and we purchased their remaining domestic shear plate inventory making us the premier supplier of shear plates, installation tools, and other timber connectors.
The shear plate wood connector is intended primarily for wood-to-steel or wood-to-wood connections in demountable structures when used in pairs. Shear plates spread the load and reduce the number of bolts required.
The shear plates are placed in precut daps created by a dapping tool and are completely embedded in the timber when in position, being flush with the surface of the timber. In some cases where field connections of preassembled sections are to take place, two shear plates used in place of a split ring will enable the members to slide easily into position greatly reducing the labor required for the connection. Shear plates are used to attach columns to footings through steel straps, in connection with steel gusset plates, for transferring loads from steel heel straps in bowstring trusses and for other steel to wood connection in timber structures.
Shear plates are available in two sizes: 2-5/8 inch shear plates are used is lighter timbers while 4 inch shear plates are used in heavy timber construction. The dimensional chart below provides minimum lumber dimensions.
Stock
Sizes: 25⁄8” and 4″
Origin: import
Finish: Plain and hot-dip galvanized
Specification: ASTM A47 Grade 32510, ASTM D5933
Note: See Dimensions for more details.
Dimensions
Outside Diameter | Depth | Bolt Diameter | Lumber Minimum Dimension | Weight (lbs.) Per 100 Pieces | Part Numbers | ||||
---|---|---|---|---|---|---|---|---|---|
Plate in One Face | Plate In Both Faces | Plain | Galvanized | ||||||
25⁄8 | .42 | 3⁄4 | 15⁄8 x 35⁄8 | 15⁄8 x 35⁄8 | 31 | 12346 | 12347 | ||
4 | .62 | 3⁄4 | 15⁄8 x 51⁄2 | 13⁄4 x 51⁄2 | 89 | 12404 | 12405 | ||
4 | .62 | 7⁄8 | 15⁄8 x 51⁄2 | 13⁄4 x 51⁄2 | 89 | 12406 | 12407 | ||
Dimensions per ASTM D5933 |