Ives FB4584 Manual Flush Bolt Metal Door Satin Brass

Product Description

The IVES FB4584 is a manual flush bolt designed for installation on metal doors. Flush bolts provide concealed door latching at the top or bottom of an inactive door leaf, keeping it secure without exposed hardware on the face of the door. The FB4584 features a satin brass finish and a 1-inch width profile, making it well-suited for commercial and residential applications where a clean, low-profile latch point is required. Licensed hardware professionals and commercial door installers work with this type of hardware regularly on paired door assemblies and double-door entries.

The FB4584 is intended for use on metal door applications where a manual flush bolt is needed on the inactive leaf of a double door. It is commonly installed in commercial office buildings, schools, and institutional facilities where paired doors require a reliable inactive leaf hold. The satin brass finish coordinates with standard commercial hardware finishes across door trim and accessory lines.

Key Features

• Manual flush bolt operation provides a concealed, low-profile latching solution
• Designed specifically for metal door applications
• Satin brass finish coordinates with standard architectural hardware
• 1-inch width profile fits standard door edge prep dimensions
• Sold individually, with case quantity of 12 units available for larger projects

Compatibility

Designed as an OEM-style replacement or new-installation flush bolt for metal door assemblies requiring a manual top or bottom latch point on the inactive leaf.

Installation Notes

Flush bolts are typically installed by licensed door hardware technicians or commercial carpenters working on paired door assemblies. Power down or disengage any access control hardware connected to the door before beginning work. Verify that the door edge prep and strike cutout dimensions match the bolt body before installation. Follow applicable building code requirements and manufacturer template guides for proper alignment and strike placement.