The Monarch Specialties 60-inch bookcase features a modern, open etagere design with five fixed white shelves arranged in a bold asymmetrical zig-zag pattern. Constructed with sturdy MDF shelves and a crisp silver metal base, it provides a mixed-material contrast ideal for contemporary living rooms, bedrooms, or offices. Its vertical, open-concept layout makes it a practical storage solution for smaller spaces without feeling heavy or closed-in.
- Five fixed white shelves for open storage and display
- Asymmetrical zig-zag silhouette for a modern look
- Finished on all sides for a clean appearance in open layouts
- Sturdy silver metal base for stability and contemporary contrast
- Open etagere design suited for compact rooms
- Assembly required
- Weight capacity of 150 lbs
Details
- Category
- Bookcases & Standing Shelves
- Pattern
- Abstract, Solid
- Wood Finish
- Engineered (plywood/MDF), Painted
- Suitable Location
- Bathroom, Bedroom, Entrance, Living room
- Mounting Type
- Wall, Free-standing
- Furniture Fixture Material
- Metal, Medium density fiberboard (MDF), Wood
- Lumber Wood Type
- Medium density fiberboard (MDF), Wood
- Materials
- MDF, Metal
Questions & answers
- How much does it cost, and where can I buy it?
- This Monarch Specialties Inc. bookcases & standing shelve is sold by 2 retailers from $118.18 to $209.95. The lowest in-stock price is $118.18. Available at 1stopbedrooms.com and raymourflanigan.com.
- Is it in stock?
- Yes. It's in stock at 2 of 2 retailers.
- What are the key features?
- Key features include Five fixed white shelves for open storage and display, Asymmetrical zig-zag silhouette for a modern look, Finished on all sides for a clean appearance in open layouts, Sturdy silver metal base for stability and contemporary contrast, and Open etagere design suited for compact rooms.
- What is it made of?
- It's made of MDF and metal.
- What mounting type options are available?
- Its mounting type options are wall and free-standing.
- What pattern options are available?
- Its pattern options are abstract and solid.