National Mfg N332-916 Handrail Bracket Zinc Die-cast 10 Pack

Product Description

The NATIONAL MFG/SPECTRUM BRANDS HHI N332-916 is a zinc die-cast handrail bracket designed to secure wooden handrails to a wall, stud, or other structurally sound surface. Its one-piece, single-screw design simplifies installation and reduces labor time on the job. This bracket is sold in a package of 10 units, making it practical for staircase projects that require multiple mounting points. The zinc die-cast construction provides durability and resistance to deformation under load, suitable for both residential and light commercial handrail applications.

This bracket is appropriate for interior staircase installations where a wooden handrail must be anchored securely to a wall or structural framing member. The single-screw mounting design allows for straightforward positioning and fastening, making it a practical choice for carpenters, general contractors, and finish trades working on new construction or remodel projects requiring compliant handrail support.

Key Features

• One-piece construction with single-screw mounting for fast installation
• Zinc die-cast material for durable, deformation-resistant performance
• Compatible with wooden handrails attached to walls, studs, or structurally sound surfaces
• Package quantity of 10 units per order
• Compact bracket profile suited for standard interior stair applications

Compatibility

Designed as an OEM-style replacement or new-installation bracket for wooden handrail systems mounted to wall surfaces or structural studs in residential and light commercial staircase applications.

Installation Notes

Installation is typically performed by a carpenter or general contractor as part of staircase finish work. Before installation, confirm the mounting surface is a structurally sound stud or masonry anchor point as required by applicable building codes. Use appropriate fastener hardware rated for the mounting surface type. Local building codes, including IRC handrail support spacing requirements, should be consulted to determine correct bracket placement intervals.