Hillman Fasteners 230083 Hex Head Lag Bolt 3/8x2 in Zinc 100pk

Product Description

The HILLMAN FASTENERS 230083 is a zinc hex head lag bolt designed for structural fastening applications across a wide range of trade and construction tasks. Measuring 3/8 inch in diameter by 2 inches in length, this lag bolt provides reliable holding strength in wood-to-wood and material-to-wood connections. The hex head drive style allows for installation with a standard socket wrench or impact driver. Sold in a 100-count box, the 230083 is a practical stocking quantity for contractors, framers, deck builders, and service technicians who regularly work with lag fasteners.

Hex head lag bolts in this size range are commonly used in residential and light commercial construction, including deck framing, ledger board attachment, structural wood connections, fence installations, and equipment mounting. The 3/8 x 2 inch dimension is a frequently specified size for applications where a compact but capable fastener is required. The zinc finish provides basic corrosion resistance suitable for interior and dry exterior environments.

Key Features

• 3/8 inch diameter by 2 inch length — a widely used structural lag bolt size
• Hex head drive style compatible with standard sockets and impact drivers
• Zinc finish for basic corrosion resistance
• 100-count box packaging for efficient jobsite stocking
• Suitable for wood-to-wood and material-to-wood fastening applications

Compatibility

Designed as a standard 3/8 x 2 inch hex head lag bolt suitable for typical structural wood fastening applications where this fastener size and thread pattern are specified.

Installation Notes

Lag bolts in this size range are typically installed by carpenters, framers, deck builders, and general contractors. Always pre-drill a pilot hole to prevent wood splitting and to ensure proper seating depth. Follow applicable building codes, including IRC or IBC references, for structural fastener spacing and embedment requirements. Do not overtighten, as this can strip the wood fibers and reduce holding strength.