Classic mid-century style meets outdoor durability with this vintage wrought iron patio dining set. The set includes an oval mesh-top table and four matching armchairs, all crafted from sturdy wrought iron with a timeless black finish. Perfect for poolside gatherings, garden lunches, or a cozy evening under the pergola.

Chairs are 31" tall, 24" wide, 18" deep seat and 17" floor to seat.

The open mesh design allows for quick drying after rain, and the elegant curved lines add a touch of retro charm to any outdoor space. Solid, comfortable, and built to last.

Features:
*Set includes: 1 table + 4 chairs
*Material: Wrought iron
*Finish: Classic black mesh
*Condition: Vintage with light age wear typical of outdoor use
*Ideal for patio, garden, or poolside dining


Condition:
Alterations: Original Condition Unaltered
Imperfections: Needs Restoration
Condition Notes: Could use a new coat of paint but I love it just the way it is.
The chairs and table are all solid and sturdy.
The table shows the natural surface oxidation expected of vintage outdoor metal furniture. A light brown patina and rust dust have developed over time from exposure to the elements, adding to its aged character. This is cosmetic in nature and does not include any significant rust-through or structural deterioration.

Origin:
United States

Creator:
Brand: Russell Woodard

Materials & Techniques:
Wrought Iron

Details:
Table Shape: Oval
Dining Table Base: Pedestal
What type of item is it? Vintage / Antique / Used
Number of Seats: 4
Number of Table Leaves: 0
Country of Origin: United States

Original Condition Unaltered; Needs Restoration; Could use a new coat of paint but I love it just the way it is.
The chairs and table are all solid and sturdy.
The table shows the natural surface oxidation expected of vintage outdoor metal furniture. A light brown patina and rust dust have developed over time from exposure to the elements, adding to its aged character. This is cosmetic in nature and does not include any significant rust-through or structural deterioration.