Price

[[listData.currency]][[listData.discount_price]] [[listData.currency]][[listData.price]] save [[parseInt((1-listData.discount)*100) ]]%

[[listData.product_sku.sku_code.show_name]]

[[item.name]]

retract

Please select [[listData.product_sku.sku_code_add.show_name]]

[[listData.product_sku.sku_code_add.show_name]]

ADD TO CART BUY NOW ADD TO CART BUY NOW

CHECKOUT [[currency]][[allPrice]]

Unlock Exclusive Deals Now!

Limited-time special prices shop your favorites before they're gone! Click below to start saving!

Go to see

[[num_page_4]]

Set of 2 White PU Leather Bar Stools with Adjustable Swivel, Armrest and Back for Kitchen and Dining Room

Name: Farini Furniture Haven
Price: 48.99 USD
Availability: InStock

$ 69.99 $48.99

Selected product: [[dectitle]]

[[item.name]] [[pageData.currency]][[item.price]]

retract

Please select [[pageData.product_sku.sku_code_add.show_name]]

[[pageData.product_sku.sku_code_add.show_name]]

Add To Cart

Buy Now

Add To Cart

Buy Now

About this item

Extra Comfort: Our 2pcs bar stool set features a soft foam pad to ensure you stay comfortable even during long periods of sitting. With added armrests and a footrest, it's designed to provide a relaxing seating experience.
Convenient & Customizable: The 360° swivel and adjustable height design allow for easy access and comfortable sitting. The height can be easily adjusted from 36.5'' to 44.5'' by using the handle underneath the seat.
Effortless Cleaning: The kitchen chair set is covered in waterproof PU leather, making it easy to clean. Simply wipe the water-resistant surface with a damp cloth and mild cleansers.
Trendy Look: The stools have a luxurious appearance with glossy metallic legs and faux leather seats. These stylish and fashionable stools add an elegant touch to any room, perfect for kitchen counters, bars, pubs, and cafes.
Enhanced Stability: The new generation of this bar set features an expanded pedestal base with a diameter of 16.1''. This enlargement greatly improves the stability and durability of the stools by reducing the force per unit area.