Available at
giantex.comBest Price
$35.99
ViewThe GIANTEX Storage Tower is a versatile fabric dresser designed to optimize organization in compact spaces such as entryways, dorm rooms, or hallways. It features a heavy-duty metal frame for long-lasting strength and a top surface capable of supporting up to 130 lbs. The dresser utilizes premium metal drawer slides for smooth operation and includes rear stoppers to prevent drawers from accidental removal. For added safety, it comes with two anti-toppling devices and adjustable foot pads to ensure stability on uneven floors. The drawers are constructed from a combination of non-woven fabric and engineered wood, providing ample space for clothing and accessories.
- Heavy-duty metal structure for long-lasting strength and support
- Metal drawer slides for smooth and durable operation
- Includes 2 anti-toppling devices for increased safety
- Adjustable foot pads ensure stability on uneven floors
- Rear anti-falling stoppers prevent drawers from being fully pulled out
- Bottom reinforcement frame increases load-bearing capacity
Details
- Category
- Dressers
- Furniture Fixture Material
- Metal, Medium density fiberboard (MDF), Fabric
- Pattern
- Solid
- Drawer Features
- Anti-tip kit
- Materials
- metal, engineered wood, non-woven fabric
Questions & answers
- How much does it cost, and where can I buy it?
- This Giantex dresser is sold by 1 retailer for $35.99. Available at giantex.com.
- Is it in stock?
- Yes, it's currently in stock.
- What are the key features?
- Key features include Heavy-duty metal structure for long-lasting strength and support, Metal drawer slides for smooth and durable operation, Includes 2 anti-toppling devices for increased safety, Adjustable foot pads ensure stability on uneven floors, and Rear anti-falling stoppers prevent drawers from being fully pulled out.
- What is it made of?
- It's made of metal, engineered wood, and non-woven fabric.
- What's its drawer features?
- Its drawer features is anti-tip kit.
- What's its pattern?
- Its pattern is solid.