Elland Bar Stool In Olive Green and White Base

The LeisureMod Elland Bar Stool in Olive Green and White Base is a stylish addition to any modern home or commercial setting. This bar stool combines sleek design with practical comfort, featuring a gently curved padded seat that offers excellent lower back support. The seat is wrapped in durable PU leather, highlighted by distinctive zigzag stitching that not only enhances its visual appeal but also reinforces the seams for long-lasting use. The robust steel legs, finished with a matte white powder coating, provide superior resistance to rust and scratches, ensuring the stool maintains its pristine look over time.

Designed with user comfort in mind, the Elland Bar Stool includes a high-density foam padding (1.5 lbs./cu. ft.) in both the seat and back, delivering a plush seating experience that retains its shape and support. The stool's sturdy four-leg design ensures stability, while the built-in footrest offers a convenient place to rest your feet, enhancing comfort during extended periods of sitting. Lightweight and easy to move, this bar stool allows for effortless rearrangement to suit your space's needs.

Assembly is straightforward, making the Elland Bar Stool a practical choice for those who value both style and convenience. The legs are equipped with plastic glides to protect your floors from scratches and reduce noise when moving the stool. This thoughtful design ensures that the Elland Bar Stool not only looks great but also integrates seamlessly into your daily life.

• Sleek, minimalist design with a curved padded seat for lower back support
• Durable PU leather with zigzag stitching for enhanced durability and style
• Robust steel legs with a matte white powder-coated finish for rust and scratch resistance
• High-density foam padding for a plush and comfortable seating experience
• Sturdy four-leg design with a built-in footrest for added comfort
• Plastic glides on legs to protect floors and reduce noise
• Lightweight and easy to assemble for quick setup and rearrangement