Nusparc NPRVF218AANY Vertical File Cabinet 2 Drawer Navy

Product Description

The NUSPARC NPRVF218AANY is a two-drawer vertical file cabinet built for letter-size hanging files in compact office environments. Constructed from painted steel in a navy finish, this cabinet features smooth-glide suspension for consistent drawer operation and full high-side drawers that support standard hanging file frames. The 3/4 drawer extension provides controlled access while keeping the cabinet stable. A cam lock secures both drawers simultaneously, making it a practical choice for offices where document security is a priority. The 18-inch depth profile is sized to fit beneath most standard work surfaces, saving floor space in small or home office setups.

This cabinet is well suited for residential home offices, small commercial workspaces, or any environment where floor space is limited. The 18-inch depth makes it compatible with under-desk installation alongside most standard-height work surfaces. It accommodates letter-size documents in hanging file folders and is appropriate for general administrative use where a compact, lockable storage solution is needed.

Key Features

• Two full high-side drawers sized for letter-size hanging file folders
• Smooth-glide suspension for consistent, low-effort drawer travel
• 3/4 drawer extension for controlled access and cabinet stability
• Cam lock security engages both drawers with a single key
• 18-inch depth designed to fit under standard work surfaces
• Painted steel construction in navy finish

Compatibility

Designed as a freestanding vertical file cabinet for letter-size hanging files in residential and light commercial office environments.

Installation Notes

No assembly trade certification is required for standard installation. Place the cabinet on a level surface before loading files to prevent tipping. If anchoring to a wall or panel system is desired, follow local building guidelines for furniture attachment. Avoid overloading the top drawer, as top-heavy loading can affect stability on uneven floors.