Value Collection 32322 Hex Head Lag Screw 5/16 Zinc Grade 2

Product Description

The VALUE COLLECTION 32322 is a 5/16-inch hex head lag screw designed for structural and general fastening applications in wood and similar substrates. This screw measures 1.5 inches in length under the head and is manufactured from Grade 2 steel with a zinc-plated finish that provides basic corrosion resistance. The hex drive head allows installation with a standard socket wrench or hex-bit driver. This type of fastener is commonly specified by contractors, electricians, plumbers, and HVAC technicians when securing equipment brackets, mounting hardware, or structural supports to wood framing or blocking.

This lag screw is suited for light-to-medium duty fastening tasks in residential and commercial construction and mechanical trades. Typical applications include anchoring conduit straps, pipe hangers, equipment mounting rails, or utility brackets to wood studs, beams, or blocking. The zinc plating makes it appropriate for dry interior installations or mildly exposed environments where basic corrosion protection is acceptable. Minimum order quantity is 50 pieces.

Key Features

• 5/16-inch diameter hex head lag screw for wood substrate fastening
• 1.5 inches length under head for secure engagement in framing lumber
• Grade 2 steel construction provides reliable tensile strength for general-duty use
• Zinc-plated finish offers basic corrosion resistance in dry or mildly exposed conditions
• Hex head drive compatible with standard socket wrenches and impact drivers

Compatibility

Designed as a standard 5/16-inch hex head lag screw suitable for general mechanical and construction fastening into wood framing and blocking across residential and light commercial applications.

Installation Notes

Installation is typically performed by carpenters, electricians, plumbers, or HVAC technicians during equipment mounting or structural anchoring work. A pilot hole should be drilled prior to driving the lag screw to prevent wood splitting and reduce drive torque. Power down or de-energize any nearby electrical equipment before fastening into framing near live circuits. Follow applicable local building codes and trade standards when specifying fastener size and spacing for structural connections.