Allpoints H0004 Folding Shelf Bracket 250 Lb

Product Description

The ALLPOINTS H0004 is a folding shelf bracket designed for commercial and institutional settings where space efficiency matters. When not in use, the bracket folds down flat, and the shelf itself is removed by simply sliding it upward. This makes it well suited for temporary work surfaces such as cutting boards. The bracket mounts to a wall or vertical surface using a standard hole pattern and supports up to 250 pounds per set of two. Foodservice technicians and facilities maintenance crews are the typical installers of this type of hardware.

This bracket is commonly used in commercial kitchens, food prep areas, and institutional settings where retractable work surfaces are needed. The fold-down design allows the bracket to stay in place when the shelf is removed, keeping the wall space clear during cleaning or when the surface is not needed. It is sold individually as a single unit, and a set of two brackets is required to achieve the rated 250-pound load capacity.

Key Features

• Bracket folds down flat when not in use, minimizing obstruction
• Shelf removes by sliding upward for quick takedown and cleaning
• Rated at 250 pounds capacity per set of two brackets
• Vertical hole centers at 3 and 15/16 inches for consistent mounting layout
• Horizontal hole centers at 2 and 3/16 inches
• Well suited for cutting boards and retractable prep surfaces

Compatibility

Designed as an OEM-style replacement or direct-install folding shelf bracket for commercial foodservice and institutional shelving applications where a fold-down, removable shelf surface is required.

Installation Notes

Installation is typically performed by a facilities technician or commercial kitchen installer. Mount the brackets to a structurally sound wall surface using appropriate fasteners for the substrate - note that mounting hardware is not included with this bracket. Verify that both brackets are level and that hole centers align before final fastening to ensure proper shelf engagement and load distribution.