Metro A1824NC Adjustable Wire Shelf 24 Inches

Product Description

The METRO A1824NC is an adjustable wire shelf designed for use with Intermetro shelving systems. It measures 24 inches in width and weighs 9 pounds, making it a solid component for commercial and institutional storage applications. The shelf integrates into the Intermetro post-and-shelf framework, allowing height adjustments without tools in most configurations. HVAC, foodservice, healthcare, and general-trade facilities rely on wire shelving like this for organized parts storage, equipment staging, and supply room management. Licensed trade professionals and facilities maintenance teams are the primary installers.

The A1824NC is suited for indoor storage environments where ventilation and visibility are priorities. Wire construction promotes airflow around stored items, which is useful in HVAC parts rooms, plumbing supply storage, or electrical supply areas. The silver finish provides corrosion resistance appropriate for dry to moderately humid indoor settings. This shelf is sold individually and is intended to expand or replace components within an existing Intermetro shelving setup.

Key Features

• 24-inch width fits standard Intermetro shelving post configurations
• Adjustable positioning along Intermetro uprights without specialized tools
• Wire construction allows airflow and visibility of stored items
• Silver finish for corrosion resistance in indoor environments
• Sold as a single unit for flexible system expansion

Compatibility

Designed for use with Intermetro shelving systems as an OEM-style component shelf.

Installation Notes

Installation is performed by facilities maintenance or trade professionals familiar with wire shelving systems. Before reconfiguring or adding shelves to an existing unit, remove all stored items from affected sections to prevent tipping or overloading. Confirm the shelf engages fully and evenly on all four post clips or hooks before loading. Follow the shelving manufacturer load-rating guidelines to avoid structural failure.