L H Dottie Co LAG14212 Hex Head Lag Bolt

Product Description

The L H DOTTIE CO LAG14212 is a hex head lag bolt measuring 0.25 inches in diameter by 2.5 inches in length. Lag bolts are heavy-duty wood screws designed to fasten structural components to wood substrates. The hex head design allows installation with a wrench or socket, delivering the torque needed for secure, load-bearing connections. This fastener is sold individually and is a standard item in the trade fastener category, commonly used by electricians, HVAC technicians, plumbers, and general contractors for anchoring equipment, brackets, strut channel, and structural hardware to wood framing or blocking.

This lag bolt is suited for residential and light commercial applications where a reliable wood fastener is required. Typical install scenarios include securing conduit hangers, pipe straps, equipment mounting brackets, and similar hardware directly into wood joists, studs, or beams. The compact 2.5-inch length makes it appropriate for standard framing lumber applications where penetration depth is adequate without over-driving.

Key Features

• Hex head design accepts standard wrench or socket for installation
• 0.25-inch diameter provides solid bite in wood framing applications
• 2.5-inch length suitable for typical structural fastening into dimensional lumber
• Sold individually, allowing purchase in exact quantities needed

Compatibility

Designed as a standard hex head lag bolt for general wood fastening applications across HVAC, plumbing, electrical, and mechanical trades.

Installation Notes

Installation is typically performed by the licensed trade professional or general contractor using a socket wrench or impact driver fitted with the appropriate hex socket. Pre-drilling a pilot hole is standard practice to prevent wood splitting and ensure proper seating. Follow applicable building codes and equipment manufacturer guidelines for fastener spacing and load requirements. Power down or de-energize any nearby electrical components before drilling or driving fasteners in proximity to live systems.