Hillman Fasteners 121154 Hidden Mirror Holder Small 2 Pack

Product Description

The HILLMAN FASTENERS 121154 is a small hidden mirror holder sold in a 2-pack configuration. These holders are designed to mount mirrors flush to a wall surface while keeping the hardware concealed from view. The hidden design provides a clean finished appearance without exposed fasteners. Typically installed by finish carpenters, glaziers, and general contractors, these holders are suited for light-duty mirror mounting applications in residential and light commercial settings. Each pack contains 2 holders, allowing for straightforward installation on standard flat-back mirrors.

These small hidden mirror holders are used in residential bathrooms, vanity areas, entryways, and light commercial spaces where a clean wall-mount appearance is required. The small size is appropriate for mirrors of modest dimensions where a low-profile concealed mounting solution is preferred over surface-visible clips or adhesive mounting. Installers typically use these holders in pairs to support the bottom edge or perimeter of a framed or frameless mirror.

Key Features

• Hidden design keeps mounting hardware concealed for a clean finished look
• Small form factor suited for lightweight residential mirror applications
• Sold as a 2-pack for straightforward single-mirror installation
• Low-profile mounting reduces visible hardware on finished walls

Compatibility

Designed as a general-purpose hidden mirror holder suitable for small framed or frameless mirrors in residential and light commercial installations.

Installation Notes

Installation is typically performed by finish carpenters or general contractors using standard hand tools. Ensure the mounting surface is structurally sound and that fasteners are driven into wall studs or suitable anchors to support the mirror load. Power down any nearby electrical circuits before drilling into walls to avoid contact with concealed wiring. Follow all applicable local building codes when mounting mirrors in occupied spaces.