Specifications:

• Color: Natural
• Material: Rubber Wood, Plywood
• Dimensions of Each Chair: 18” x 17.5” x 37” (L x W x H)
• Seat Size: 17.5” x 15.5” (W x D)
• Seat Height: 18”
• Backrest Height: 19.5”
• Weight Capacity of Each Chair：400 lbs
• Net Weight of 2 Chairs：21 lbs

Description:

Upgrade your dining space with this set of 2 natural wood Windsor dining chairs, crafted from durable rubber wood and plywood with a solid frame that supports up to 400 lbs. Featuring an ergonomic curved spindle backrest and a wide, smooth seat for maximum comfort, each chair has an 18” seat height and 19.5” backrest height for easy sitting and standing. Reinforced construction with non-slip foot pads ensures stability, while the classic Windsor design and natural wood finish complement dining rooms, kitchens, cafes, or waiting areas. Lightweight yet sturdy at 21 lbs per set, these chairs offer simple, hassle-free assembly with a detailed user manual.

Key Features:

● Robust Rubber Wood Frame: The Windsor dining chair boasts a natural rubber wood frame for high durability and a strong weight-bearing capacity of 400 lbs. Supported by solid rubber wood legs, each chair keeps sturdy and steady.

● Ergonomic Windsor Chair: Each dining chair features a curved spindle backrest to offer comfortable support for your back. Besides, the wide and smooth seat allows you to better relax.

● More Considerate Details: 18" optimal seat height enables you or your family members to conveniently stand up or sit down. Moreover, the reinforced structure and non-slip foot pads ensure enhanced stability.

● Applicable to Different Places: Thanks to its natural wood finish and classic Windsor style, each chair will bring a warm feeling to your rooms. This Windsor dining chair set can function well in your dining room, kitchen, coffee shop, or waiting area.

● Simple and Hassle-free Assembly: Simple structure and detailed user manual help you quickly finish assembly. 

Please Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.