ROME + OAK Set of 2 Rowan 26 Inch Swivel Counter Height Stool in Walnut Finish with Brown Vegan Leather Upholstery Seat - Kitchen or Dining Room Furniture
Price may vary by location, shipping cost, and availability.
You can check the price history of ROME + OAK Set of 2 Rowan 26 Inch Swivel Counter Height Stool in Walnut Finish with Brown Vegan Leather Upholstery Seat - Kitchen or Dining Room Furniture here.
Product Information
Details
Product Name
ROME + OAK Set of 2 Rowan 26 Inch Swivel Counter Height Stool in Walnut Finish with Brown Vegan Leather Upholstery Seat - Kitchen or Dining Room Furniture
Store Product Code
B0GWKWM78B
Store Name
amazon.com
Brand
ROME + OAK
Rating
10 / 10
Category
Barstools
Color
Brown
Dimensions
18.1"D x 19.7"W x 36.75"H
Features
Refined Curved Backrest: Gently rounded backrest brings an elevated, polished look to kitchen counters or home bars while offering supportive comfort that feels both stylish and inviting.
Plush Cushioned Seating: Thickly padded seat cushion delivers enhanced comfort for dining, entertaining, or lingering conversations, making this stool ideal for extended sitting at counter height.
Ideal Indoor Furniture: 26-inch seat height make the stool an ideal addition to elevate kitchen counters and home bars alike while complementing various decor styles.
Built for Everyday Durability: Contract-grade construction provides dependable strength and stability, designed to withstand frequent use in busy households or high-traffic entertaining areas.
Modern Wood Frame Appeal: Solid wood legs with a warm finish create visual balance and long-lasting support, pairing seamlessly with modern, transitional, or contemporary dcor styles. Maximum weight capacity: 300 lbs.
Images
×
Rating and Reviews
10Based on 6 reviews
ROME OAK Set of 2 Rowan has 10 rating out of 10. This average rating is consist of 6 individual ratings. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.