Deltana DC90-AL Door Closer Aluminum Finish

Product Description

The DELTANA DC90-AL is a door closer finished in aluminum, designed for commercial and residential door applications requiring reliable, controlled closing action. This unit provides consistent spring tension and hydraulic damping to ensure doors close fully and quietly after each use. Licensed contractors and door hardware installers will find this closer suited to standard door frames where a durable, corrosion-resistant aluminum finish is specified. At 8 pounds, it carries the solid construction expected of architectural-grade door hardware.

The DC90-AL is intended for use in commercial and residential entryway applications where a surface-mounted door closer is required. It fits standard door configurations and is appropriate for interior and exterior doors subject to regular traffic. The aluminum finish integrates with a wide range of door and frame finishes common in institutional, office, and multifamily residential settings.

Key Features

• Aluminum finish provides corrosion resistance suitable for interior and exterior applications
• Surface-mount design compatible with standard door frames
• Solid construction at 8 pounds for stability and longevity in high-use environments
• Compact profile: 13.2 inches long, 4.9 inches wide, 3.4 inches tall
• Sold individually, available in case quantities of 6

Compatibility

Designed as an OEM-style replacement or new-installation surface-mounted door closer for standard commercial and residential door assemblies.

Installation Notes

Installation is typically performed by a licensed door hardware technician or general contractor familiar with surface-mount closer hardware. Before installation, ensure the door and frame are plumb and square to allow proper closer function. Follow the template provided by the manufacturer and adhere to local building codes governing door hardware, including ADA requirements where applicable. Do not overtighten mounting fasteners, as this can distort the closer body and affect hydraulic performance.