Value Collection 32795 Beveled Square Washer 3/4 in Bolt

Product Description

The VALUE COLLECTION 32795 is a beveled square washer manufactured from low carbon steel, designed to distribute load across bolted connections in structural and mechanical assemblies. The beveled face accommodates angled or tapered surfaces, keeping the nut and bolt head seated evenly. This washer accepts a 3/4-inch bolt with an inside diameter of 13/16 inches and a minimum thickness of 7/32 inches. It is a standard hardware component installed by ironworkers, millwrights, structural mechanics, and general contractors in steel fabrication, beam connections, and heavy equipment mounting applications.

This washer is suited for use in structural steel connections, machinery bases, and other assemblies where mating surfaces are not perfectly perpendicular to the fastener axis. The beveled geometry compensates for surface irregularities and reduces the risk of fastener loosening or bending stress. It is commonly used in commercial construction, industrial equipment installation, and maintenance work where 3/4-inch fasteners are standard.

Key Features

• Beveled face accommodates angled or tapered mating surfaces
• Low carbon steel construction provides adequate strength for general structural use
• 3/4-inch bolt size with 13/16-inch inside diameter for proper fitment
• Minimum thickness of 7/32 inches for load distribution
• Square outer profile resists rotation during installation

Compatibility

Designed as a standard beveled square washer for use with 3/4-inch bolts in structural steel and general mechanical fastening applications.

Installation Notes

Installation is performed by ironworkers, structural mechanics, or maintenance technicians using standard hand or power tools. Ensure the beveled face is oriented correctly against the angled or tapered surface before torquing the fastener. Follow applicable structural codes and project engineering specifications for fastener torque requirements. Inspect washers for deformation or cracking before use in load-bearing connections.