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Milan Velvet Back Armless Dining Chair with Houndstooth Upholstery

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Milan Velvet Back Armless Dining Chair with Houndstooth Upholstery

The Milan Velvet Dining Chair features a stylish retro houndstooth pattern, making it a perfect vintage addition to your dining space. Made from high-quality velvet in a rich emerald green, the chair offers exceptional back support. For a cozy contrast, the velvet back is paired with a retro plaid-patterned cushion and supported by sleek black metal legs with gold accents for a little glam.

Specifications:

  • Seat Material: Premium velvet upholstery in deep emerald green
  • Ergonomic Curved Backrest
  • Houndstooth-patterned cushion
  • Legs Material: Sturdy Black Metal Legs
  • High-Density Foam Cushioning

Dimensions:

  • Seat Width: 53 cm
  • Seat Height: 47 cm
  • Seat Depth: 46 cm
  • Chair Back Height: 80 cm
  • Arms Height: 65 cm

NOTE: Actual product colours may differ slightly (10–15%) from what you see on screen due to camera lighting, screen calibration, and image processing.

$74.79

Original: $213.69

-65%
Milan Velvet Back Armless Dining Chair with Houndstooth Upholstery

$213.69

$74.79

Product Information

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Description

The Milan Velvet Dining Chair features a stylish retro houndstooth pattern, making it a perfect vintage addition to your dining space. Made from high-quality velvet in a rich emerald green, the chair offers exceptional back support. For a cozy contrast, the velvet back is paired with a retro plaid-patterned cushion and supported by sleek black metal legs with gold accents for a little glam.

Specifications:

  • Seat Material: Premium velvet upholstery in deep emerald green
  • Ergonomic Curved Backrest
  • Houndstooth-patterned cushion
  • Legs Material: Sturdy Black Metal Legs
  • High-Density Foam Cushioning

Dimensions:

  • Seat Width: 53 cm
  • Seat Height: 47 cm
  • Seat Depth: 46 cm
  • Chair Back Height: 80 cm
  • Arms Height: 65 cm

NOTE: Actual product colours may differ slightly (10–15%) from what you see on screen due to camera lighting, screen calibration, and image processing.