Value Collection 486344PR Hex Head Lag Screw 3/8 in Steel

Product Description

The VALUE COLLECTION 486344PR is a hex head lag screw designed for heavy-duty fastening applications in wood and structural assemblies. This screw features a 3/8-inch diameter and a 3-inch length under the head, providing substantial holding power for framing, decking, ledger boards, and similar load-bearing connections. Constructed from Grade 2 steel with a zinc plated finish, it offers corrosion resistance suitable for interior and protected exterior environments. Installation requires a socket or wrench to drive the hex head. The part is sold individually but carries a minimum order quantity of 50 units.

This lag screw is suited for residential and light commercial construction, woodworking, and general trade fastening tasks. Typical applications include timber framing, joist hangers, deck ledger attachment, and structural wood-to-wood connections. HVAC, plumbing, and electrical contractors commonly use lag screws of this size for securing equipment mounts, pipe hangers, and conduit supports to wood framing. The zinc plated finish makes this fastener appropriate for dry or low-moisture indoor installations.

Key Features

• 3/8-inch diameter hex head lag screw for high-torque driving with a socket or wrench
• 3-inch length under head provides deep thread engagement in wood substrates
• Grade 2 steel construction delivers reliable tensile and shear strength for structural fastening
• Zinc plated finish provides corrosion resistance in dry and low-humidity environments
• Minimum order quantity of 50 units supports bulk trade purchasing

Compatibility

Designed as a standard hex head lag screw for use in wood-to-wood and hardware-to-wood structural fastening applications across residential and light commercial construction.

Installation Notes

Lag screws of this size are typically installed by carpenters, general contractors, and trade professionals using a socket wrench or impact driver with the appropriate hex socket. A pilot hole should be drilled prior to installation to prevent wood splitting and to ensure proper thread engagement. Follow applicable building codes and structural fastening guidelines for load-bearing connections. Do not over-torque, as this can strip threads or damage the substrate material.