Lorell LLR52512 Dry Erase Board 3x4 Ft Aluminum Frame

Product Description

The LORELL LLR52512 is a 3 x 4 foot dry erase board designed for offices, classrooms, and workspaces that need a multi-function writing and display surface. The steel board accepts both dry-erase markers and magnets, giving users a single surface for writing notes and posting documents. Foam bars run along the sides of the aluminum frame, allowing pushpins to secure papers directly to the board. A built-in marker tray along the bottom rail provides a dedicated spot for markers and accessories. Licensed contractors, facility managers, and office coordinators install this type of board as a permanent or semi-permanent wall fixture.

This board fits standard commercial and institutional environments including conference rooms, training rooms, classrooms, and home offices. The combination of a dry-erase writing surface, magnetic attachment capability, and pushpin foam bars makes it adaptable to a range of display and collaboration tasks. The aluminum frame provides a clean, finished look suitable for professional settings. No specific model-family compatibility limitations are noted in the product data.

Key Features

• Steel surface accepts both dry-erase markers and magnets for dual-function use
• Foam bars integrated into the aluminum frame allow pushpin mounting of documents
• Built-in marker tray stores markers and erasers at the board surface
• Aluminum frame construction for durability and a professional finish
• Full 3 x 4 foot writing and display area

Compatibility

Designed as a standard wall-mount dry erase board suitable for typical office, classroom, or institutional installations requiring a magnetic-capable writing surface.

Installation Notes

Installation is typically performed by a facilities technician or general contractor. Power tools are required to locate wall studs and secure mounting hardware. Always verify wall structure and load capacity before mounting. Follow applicable local building codes for wall-mounted fixtures in commercial environments.