National Mfg N820-101 Lag Screw Eye 3/16x3 in 10-pack

Product Description

The NATIONAL MFG/SPECTRUM BRANDS HHI N820-101 is a 3/16-inch by 3-inch lag screw eye designed for home and industrial fastening applications. It features a Storm Shine finish that provides both a clean appearance and high resistance to corrosion and abrasion, making it suited for exterior use. Constructed from steel for structural durability, each screw eye carries a working load rating of 34 pounds. This package contains 10 units. Caution: this product is not rated for overhead lifting, support of human weight, or use on athletic or playground equipment.

The N820-101 lag screw eye is intended for exterior and interior fastening tasks in residential and light industrial settings. Typical applications include anchoring hooks, cables, wire, or rope to wood framing, deck posts, fence components, and structural lumber. The package quantity of 10 makes it practical for repetitive installation tasks on a single job or across multiple small projects.

Key Features

• Storm Shine finish for corrosion and abrasion resistance in exterior conditions
• Steel construction for load-bearing durability
• 34-pound working load capacity per screw eye
• Sized at 3/16 inches diameter by 3 inches length
• Packaged as 10 units per pack for multi-point installations
• Covered by a Limited Lifetime Warranty from the manufacturer

Compatibility

Designed as a standard lag screw eye for general fastening into wood substrates in exterior and interior residential or light industrial applications.

Installation Notes

Installation is typically performed with hand tools or a drill with a compatible bit to pre-drill a pilot hole into the wood substrate, which reduces splitting risk. Power down or de-energize any adjacent electrical systems before drilling into walls or structural members. Do not use this screw eye for overhead lifting, support of human weight, or any athletic or playground equipment. Follow all applicable local building codes when using hardware in structural or load-bearing contexts.