Compact Log Mesh High Stool Collection [et15oJWw]

Introducing the Compact Log Mesh High Stool Collection [et15oJWw]

The Compact Log Mesh High Stool Collection [et15oJWw], designed by the renowned team of Manenti + Cannolicchio, is a stunning piece that combines style and functionality. Crafted with a metal frame and sled-style legs, this stool is built to withstand the demands of both residential and commercial settings. Its mesh seat and back provide unparalleled comfort and breathability, ensuring that you stay relaxed and comfortable during long periods of use. The stool also features a footrest for added convenience and the ability to stack, making it a space-saving solution for any environment.

Key Product Details

This high stool is equipped with a robust metal frame and sled-style legs, offering durability and a sleek design. The mesh seat and back are not only visually appealing but also provide excellent ventilation and support. With dimensions of 750mm in height, 500mm in width, and 490mm in depth, the Compact Log Mesh High Stool Collection [et15oJWw] is designed to fit seamlessly into a variety of spaces. Additional features include a footrest for relaxation and stackability, allowing for efficient storage and use in crowded areas. The optional seat cushion can be added for extra comfort, depending on your preference.

Practical Applications and Benefits

The Compact Log Mesh High Stool Collection [et15oJWw] is perfect for a wide range of settings, from home offices to coffee shops. Its contemporary design and comfortable seating make it an ideal choice for anyone seeking a stylish and functional piece. Whether you need a durable stool for a busy café or a comfortable seat for your home study, this product offers versatility and practicality. The 4-6 week lead time and the requirement for minimum quantities ensure that you receive a high-quality product tailored to your specific needs. With prices excluding VAT and delivery, this stool represents excellent value for money and is sure to be a cherished addition to any space.