LIENAHU Clothes Drying Rack Tripod – 16 Beech Poles, Collapsible Floor-Standing Laundry Rack

Flexible, space-smart drying for modern homes

LIENAHU's tripod clothes drying rack blends practical engineering with a warm, natural touch. The triangular frame sits securely in corners or against walls, while the extended base adds stability. The beech poles feel substantial when you handle the rack, and the collapsible design makes storage quick and easy after use.

Efficient drying for diverse garments

Whether you lay items flat for optimal airflow or hang clothes to maximize evaporation, this rack adapts to different laundry items. The umbrella-shaped design provides ample drying lines without crowding the space, helping you stay organized during busy laundry days.

• Corner-ready footprint for tight spaces
• Wall-supported or free-standing placement options
• Adjustable drying pole count to match your needs

Durable construction you can rely on

Solid beech poles offer resilience against aging, bending, and tilting, while a foot pedal buckle enables easy locking and unfolding for hassle-free use.

Spacious umbrella design with adjustable capacity

The umbrella-style layout maximizes drying space by distributing threads across multiple poles. With 16 drying rods (plus two spare rods), you can tailor capacity to your laundry load and space constraints.

• Generous capacity without sacrificing ventilation
• Beams and joints designed for long-term use
• Simple adjustments to fit different loads

Stable, portable, and easy to move

Triangular geometry and an extended bottom bracket provide steady support even in breezy environments. When you need to reorganize, the rack can be moved with minimal effort for flexible placement.

Practical, user-friendly features

Collapsible, retractable, and foldable components offer a storage-friendly profile ideal for apartments, laundry rooms, or shared spaces.

Note: This description highlights potential benefits based on design and materials. Real-world results may vary with space, climate, and loading patterns.